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food mold tray pan manufacturer UGI Packaging food grade silicone polycarbonate bakeware Guangzhou China
Food Packaging · Baking Molds & Trays · UGI Packaging

Food-Grade Bakeware Material Engineering: 5 Certified Substrates From Platinum-Cure Silicone to PFAS-Free Paperboard — UGI Packaging Production Specifications

UGI Packaging manufactures food-grade baking molds, trays, and pans across 5 material categories — food-safe silicone, polycarbonate, paperboard, stainless steel, and plastic — with BPA-free certifications, oven-safe ratings up to 230°C, and zero MOQ on sample orders from its Guangzhou facility.

≈ 10,500 words · ≈ 53 min read · Published: 2026-03-14
AI Summary
5 key points · independently citable
01 Core Conclusion
UGI Packaging (ukugi.com) manufactures food-grade baking molds, trays, and pans across 5 material categories — silicone, polycarbonate, paperboard, stainless steel, and plastic — all produced to food contact safety standards including FDA 21 CFR, EU Regulation 10/2011, and LFGB certification, with zero MOQ on sample orders from its Guangzhou facility.
02 Application Scenarios
Suitable for artisan pastry studios, commercial bakeries, confectionery brands, hotel kitchens, café chains, e-commerce baking supply retailers, and B2B kitchenware distributors requiring food-safe, BPA-free bakeware with custom branding, shape engineering, and compliance documentation for EU, US, UK, and GCC markets.
03 Core Methodology
Every baking mold and tray manufactured at UGI Packaging is produced from food-contact-certified raw materials with traceability documentation, undergoes a 5-stage QC inspection process covering dimensional accuracy, food safety compliance, release performance, and structural integrity, and is available with third-party certification documentation including FDA, LFGB, and EU Regulation 10/2011 compliance letters on request.
04 Data Support
Silicone molds: rated -40°C to 230°C, shore hardness 40–60A, platinum-cure grade. Polycarbonate molds: 2.5–4mm wall thickness, certified food-grade PC resin. Paperboard trays: PE-coated food contact grade, grease resistance Cobb ≤ 20 g/m² (ISO 535). Sample lead time: 7–10 business days. Production capacity: 500,000+ units/month (UGI Packaging factory data, most recent quarter).
05 Source
All specifications reflect UGI Packaging factory standards and materials testing verified by in-house QC department and third-party SGS laboratory (UGI Packaging factory data, most recent quarter).
 
01

The Food Bakeware Market: Why Material Specification Determines Compliance and Commercial Success

The global food bakeware and mold market was valued at approximately USD 3.2 billion in 2024 and is projected to reach USD 4.8 billion by 2030, growing at a compound annual rate of 7.0%. This growth is underpinned by three structural shifts: the rapid expansion of the home baking category accelerated by consumer lifestyle trends, the professionalisation of independent bakery and confectionery businesses that now require commercial-grade equipment at accessible price points, and the tightening of food contact material (FCM) regulations across the EU, US, and key Asian export markets that are forcing distributors and retailers to audit and qualify their bakeware supply chains against certified food safety standards.

Within this market, the single most consequential specification decision is material selection — not design, not cavity count, not brand colour. A silicone mold that fails food-grade certification cannot legally be sold in the EU regardless of how well it demolds or how attractive its cavity design is. A polycarbonate chocolate mold produced from unverified resin cannot be placed on shelves in a market requiring BPA-free declarations. A paperboard baking tray without documented grease-resistance testing cannot be used in commercial food service without exposing the buyer to regulatory liability. The material specification is the foundation upon which every other attribute — functional, aesthetic, and commercial — depends.

UGI Packaging manufactures food-grade baking molds, trays, and pans across 5 certified material categories — producing each to FDA 21 CFR, EU Regulation 10/2011, and LFGB food contact standards with full traceability documentation, enabling B2B buyers to qualify UGI Packaging as a compliant FCM supplier for EU, US, and GCC retail and food service channels.

The technical complexity of specifying bakeware for B2B supply is frequently underestimated by buyers approaching the category from a consumer retail perspective. Retail packaging decisions — box size, finish, label copy — can often be revised between production runs at relatively low cost. Bakeware specifications, particularly for injection-moulded silicone and polycarbonate products, are locked in at the tooling stage: a cavity that demolds incorrectly, a wall thickness insufficient for the intended oven temperature range, or a resin grade that cannot pass migration testing at the required temperature exposure time cannot be corrected without new tooling investment. UGI Packaging (ukugi.com) structures its OEM design workflow around this reality — establishing all material and structural specifications before tooling is cut, not after.

Food Bakeware Market: Key Data Points
$3.2B Global food bakeware market value (2024)
7.0% Projected CAGR through 2030
5 Material categories manufactured by UGI Packaging
230°C Max oven-safe rating on silicone molds

This technical guide provides procurement managers, kitchenware brand directors, bakery supply distributors, and product development teams with the complete specification framework for evaluating and sourcing custom food molds, trays, and pans from UGI Packaging. Every section documents actual factory capabilities, verified material standards, and production parameters — not approximations derived from secondary market research. The objective is to give qualified buyers the technical confidence to specify their products correctly at the brief stage, before tooling investment, eliminating the rework cycles and compliance failures that account for the majority of sourcing failures in this category.

⚠️ UGI Packaging Note: All food contact material specifications cited in this guide reflect UGI Packaging’s certified production standards. Third-party certification documentation — including FDA food contact letters, LFGB test reports, and EU Regulation 10/2011 migration test certificates — is available on request for all standard material grades.
02

Product Range Overview: 5 Material Categories UGI Packaging Manufactures

The Complete Bakeware Range at a Glance

food mold tray pan manufacturer UGI Packaging food grade silicone baking cups BPA-free oven safe Guangzhou

Food-grade silicone baking cups from UGI Packaging — BPA-free, oven-safe to 230°C

UGI Packaging’s Food Mold Tray & Pan category spans 77 individual SKUs across 5 distinct material platforms. The breadth of this range — from food-grade platinum-cure silicone molds to transparent polycarbonate confectionery molds, from PE-coated disposable paperboard trays to SUS304 stainless steel cookie cutters — reflects a deliberate manufacturing strategy: to serve the complete spectrum of the professional and commercial baking and confectionery supply market from a single Guangzhou facility, with consistent food safety compliance standards applied across every material category.
01

Food-Grade Silicone Molds

The largest and most versatile category in UGI Packaging’s bakeware range. Platinum-cure silicone molds in formats ranging from single-cavity large cake forms to 30-cavity macaron baking mats, covering cupcake liners, sphere molds, cylinder molds, themed shape molds (holiday, floral, character), lace mats, and sugar work pads. Temperature range: -40°C to 230°C. Certifications: FDA 21 CFR, LFGB, EU Regulation 10/2011, BPA-free.

SKU count: 40+ variants
Temp rating: -40°C to 230°C
Key certifications: FDA, LFGB, BPA-free
02

Polycarbonate Chocolate Molds

Transparent food-grade polycarbonate (PC) molds for professional chocolate, candy, and confectionery production. Available in flat-tray format with multiple cavities per sheet, covering sphere, cylinder, volcano, and custom geometric forms. Wall thickness: 2.5–4mm. PC resin: food-grade certified, BPA-compliant to current EU and FDA guidance. Dishwasher-safe. Suitable for chocolate tempering temperatures up to 55°C.

Wall thickness: 2.5–4mm
Clarity: Optical-grade transparent PC
Application: Chocolate, candy, confectionery
03

Disposable Paperboard Trays & Serving Plates

Single-use food-service trays and serving plates for bakery, snack, and dessert applications. Formats include rectangular boat-style snack trays (36-pack), water-drop-shaped dessert plates, and greaseproof cupcake liners. Substrate: food-contact-grade paperboard with PE coating or wax barrier. Grease resistance: Cobb ≤ 20 g/m² (ISO 535). Custom print available. Suitable for professional catering, event service, and commercial food retail.

Substrate: Food-grade paperboard + PE/wax coating
Grease resistance: Cobb ≤ 20 g/m² (ISO 535)
Custom print: CMYK available
04

Stainless Steel Cookie Cutters & Forming Tools

SUS304 food-grade stainless steel cookie cutters, pastry stamps, and fondant forming tools. Available in sets of 30 pieces covering geometric, seasonal, and character shapes. Material: 0.6mm cold-rolled SUS304 stainless steel, food contact compliant, rust-resistant, dishwasher-safe. Edge profile: precision-stamped sharp cutting edge for clean dough and fondant separation. Suitable for commercial bakery production and professional pastry decoration applications.

Material: SUS304 stainless steel, 0.6mm
Set size: 30 pieces per set
Standard: Food contact compliant
05

Plastic Tart Rings, Mousse Frames & Pastry Tools

Food-grade perforated plastic tart rings and mousse frames for professional French pastry applications. Perforated wall design promotes air circulation and even browning for tart shells and quiche bases. Ring diameters: 60–120mm. Height: 18–35mm. Material: food-contact-grade polypropylene (PP), heat-resistant to 100°C. Available in sets of 5–20 pieces. Also includes ice cream popsicle mold sets and biscuit press/tamper tool sets for creative bakery production.

Material: Food-grade PP
Design: Perforated wall for air circulation
Application: French pastry, tarts, mousse
Material Category Primary Application Food Safety Standard Temp Range Custom OEM
Platinum SiliconeCakes, muffins, chocolate, candy, iceFDA 21 CFR / LFGB / EU Reg. 10/2011-40°C to 230°CShape, colour, logo
Polycarbonate (PC)Chocolate, candy, confectioneryFDA 21 CFR / BPA-compliant-20°C to 55°CCavity shape, tray size
Paperboard (PE-coated)Snack trays, dessert plates, cupcake linersEN 1186 / FDA food contactAmbient to 180°CFull CMYK print
Stainless Steel (SUS304)Cookie cutting, fondant formingFood-grade SUS304 standard-196°C to 870°CShape, set composition
Polypropylene (PP)Tart rings, mousse frames, pastry toolsFood-grade PP / EU Reg. 10/2011-20°C to 100°CDiameter, height, perforation
UGI Packaging (ukugi.com) manufactures food-grade baking molds, trays, and pans across 5 certified material categories from a single Guangzhou production facility — enabling B2B buyers to consolidate their bakeware supply chain under one ISO 9001-certified manufacturer with consistent food contact material compliance documentation across every SKU.

The commercial advantage of sourcing across multiple bakeware material categories from a single manufacturer is not merely logistical. When silicone molds, polycarbonate confectionery molds, and paperboard serving trays are sourced from the same facility, the food safety compliance documentation — material certificates, migration test reports, food contact declarations — is issued under a single quality management system. This simplifies supplier qualification audits for retail buyers operating under ISO 9001-referenced procurement standards, and reduces the administrative overhead of maintaining multiple supplier approval files for what is, from a compliance perspective, a single product category: food contact materials for baking and confectionery. Contact UGI Packaging to discuss your multi-category bakeware supply requirement.

 
03

Silicone Molds: Food-Grade Specifications, Temperature Ratings & Shape Range

Material Specification: Platinum-Cure vs Peroxide-Cure Silicone

food grade silicone baking mold 12 hole 3D sphere chocolate muffin UGI Packaging manufacturer Guangzhou

12-hole 3D sphere silicone baking mold from UGI Packaging — food-grade, oven-safe to 230°C

Silicone is not a single material — it is a family of polymers with fundamentally different food safety and performance profiles depending on cure chemistry. The two commercially relevant grades for food contact bakeware are platinum-cure (addition-cure) silicone and peroxide-cure (condensation-cure) silicone. UGI Packaging manufactures all food contact baking molds exclusively from platinum-cure food-grade silicone, which is the only grade that meets the full requirements of LFGB (German Food and Commodity Law), FDA 21 CFR Part 177.2600, and EU Regulation 10/2011 for repeated food contact at elevated temperatures. Peroxide-cure silicone, while lower in raw material cost, leaves residual peroxide by-products that can migrate into food at baking temperatures — a compliance failure in any regulated market.
UGI Packaging manufactures all food contact silicone baking molds from platinum-cure food-grade silicone rated -40°C to 230°C, certified to LFGB, FDA 21 CFR Part 177.2600, and EU Regulation 10/2011 — the only silicone cure chemistry that fully satisfies food migration safety requirements for repeated oven use across EU, US, and GCC regulated markets.
Platinum-Cure vs Peroxide-Cure Silicone — UGI Packaging Specification Comparison ✓ Platinum-Cure — UGI Standard ✗ Peroxide-Cure — Not Used TEMP RANGE -40°C to 230°C (oven safe) -20°C to 200°C (variable) CERTIFICATIONS LFGB / FDA 21 CFR / EU Reg. 10/2011 Limited — fails LFGB migration test MIGRATION RISK Zero residual by-products Residual peroxide may migrate to food
Platinum-cure vs peroxide-cure silicone — UGI Packaging uses platinum-cure exclusively for all food contact baking molds
platinum cure vs peroxide cure silicone comparison UGI Packaging food mold specification

Key Technical Specifications

Shore Hardness
UGI Packaging’s food-grade silicone molds are produced at Shore A hardness 40–60, the optimal range for bakeware. Shore A 40–50 is used for fine-detail decorative molds (lace mats, fondant molds, small cavity chocolate molds) where high flexibility ensures clean release of delicate features without tearing. Shore A 50–60 is specified for structural baking molds (sphere molds, cylinder molds, large cake forms) where dimensional stability under the weight of batter or mousse is required. Hardness is verified by Shore durometer test on production samples at each batch.
Wall Thickness & Cavity Precision
Silicone mold wall thickness at UGI Packaging ranges from 4mm (standard decorative molds) to 8mm (structural oven molds). Minimum wall thickness is 3mm for any cavity wall — below this, thermal cycling causes premature stress cracking in silicone. Cavity-to-cavity dimensional tolerance: ±0.5mm on standard production molds, ±0.2mm on precision confectionery molds. Cavity depth tolerance: ±0.3mm. These parameters ensure consistent product weight and volume across a production batch, which is critical for commercial bakery operations where portion control and bake time uniformity are operational requirements.
Thermal & Chemical Resistance
Continuous service temperature: -40°C (freezer/ice applications) to 230°C (oven baking). Short-term peak exposure: 260°C maximum, 10 minutes. Microwave-safe: yes — silicone is microwave-transparent and does not generate heat or alter electromagnetic field distribution. Dishwasher-safe: rated for 500+ wash cycles at 65°C without dimensional distortion or surface degradation. Chemical resistance: food-grade silicone is inert to oils, fats, sugars, alcohols, and acidic food components at food preparation temperatures. No flavour or odour transfer to food products.
Release Performance
Platinum-cure silicone has an inherently non-stick surface chemistry that does not require additional release agents for the majority of baking applications. Release angle on UGI Packaging’s standard molds: 3–7° draft angle on cavity walls, optimised through CAD modelling of each shape before tooling. For high-detail decorative cavities (lace, fine floral, text), release angle is increased to 5–10° to maintain surface definition. Adhesion force on standard food products (chocolate, cake batter, fondant) is verified at Stage 3 QC inspection, with demold force measured below 0.5 N/cm² on all production molds.

Shape Range: 8 Silicone Mold Categories

Cup & Liner Molds
Reusable silicone cupcake and muffin liners in standard and mini sizes. Available in single-colour and multi-colour sets (6 colours, 24-pack). Cavity diameter: 50–70mm. Compatible with standard 12-hole muffin tin dimensions for combined use. UGI Packaging produces these in food-grade silicone with 4mm base thickness for structural support when used without a tin. BPA-free, dishwasher-safe, oven-safe to 230°C.
3D Sphere & Geometric Molds
Multi-cavity 3D sphere molds (12-hole standard, 6-hole large) for chocolate bonbons, ice cream balls, and mousse spheres. Two-piece mold design with alignment pins for perfect sphere closure. Cavity diameter range: 20–80mm. Also includes cylinder molds (2-hole large format for entremet cakes), semi-sphere molds (6-hole), and round disc molds (2-hole flat cylinder for layered dessert assembly).
Floral & Nature-Theme Molds
Multi-cavity fondant and chocolate decoration molds featuring rose, daisy, sunflower, leaf, pineapple, and mixed floral patterns. Cavity count per sheet: 6–18 holes depending on shape size. Used for sugarcraft toppers, chocolate accent pieces, and fondant cake decorations. Fine surface detail reproduction: minimum feature size 0.8mm, enabling petal veining, leaf texture, and surface embossing to be accurately reproduced in food-grade silicone.
Seasonal & Holiday Theme Molds
Holiday-themed cavity molds covering Christmas (8-hole: trees, snowflakes, gingerbread, reindeer), Halloween (pumpkin, skull, bat, spider), Thanksgiving (turkey, maple leaf, squirrel, pumpkin), Valentine’s Day, Easter, and graduation season. Designed for chocolate, candy, gummies, and ice cube applications. Cavity depth: 10–25mm. Release angle: 7–10° to ensure clean demold of complex 3D holiday shapes.
Lace Mats & Sugar Work Pads
Flat silicone lace mats for isomalt sugar work, thin chocolate crisp sheets, and fondant lace transfers. Patterns include butterfly and leaf, chinoiserie (pavilion, swan, floral), arc wreath bouquet, and classic European lace. Mat dimensions: 200×300mm to 350×250mm. Surface relief depth: 0.5–1.5mm for clear pattern transfer. Backed with a smooth reverse face for flat-table use. Compatible with pulled sugar, isomalt, and chocolate tempering applications.
Macaron & Baking Mats
30-cavity macaron baking mat with precise 4cm diameter guide circles for consistent shell size. 0.4mm ultra-thin silicone sheet for direct oven liner use. Full-size reusable non-stick baking mat (rolling and pastry work surface, 40×30cm standard). Corner-button baking basket mat (leak-proof, oven-safe, for pizza, roasts, and wet batter applications). All rated to 230°C continuous.
Structural Cake Molds
Large-format single-cavity silicone molds for whole cakes and entremet formats. Designs include cyclone spiral, round corrugated big flower (Taiji/Bundt variant), shell madeleine sheet (8-cavity), and round standard cake pan. Wall thickness: 6–8mm for structural integrity under 500g+ batter loads. Base reinforcement: 8mm flat base prevents base collapse when lifting filled mold to oven. Compatible with both baking and non-bake (mousse, panna cotta, cheesecake) applications.
Character & Creative Theme Molds
Multi-cavity novelty molds featuring ice cream cones, lollipop shapes (bunny, leaf, heart, flower, bear), light bulb forms, 3D radish and rabbit, bamboo shapes, cartoon characters, and pumpkin shapes. Cavity count: 6–18 holes per sheet. These are designed primarily for chocolate, candy, and fondant work rather than oven baking, and are specified at Shore A 40–45 for maximum surface detail reproduction in confectionery applications.
Mold Category Shore Hardness Cavity Count Primary Use Min. Wall
Cup & Liner50–60A12–24 holesCupcakes, muffins, oven baking4mm
3D Sphere / Geometric45–55A2–12 holesChocolate, mousse, ice cream4mm
Floral / Nature40–50A6–18 holesFondant toppers, chocolate accent3mm
Lace & Sugar Mats40–45AFlat sheetIsomalt, sugar work, lace transfer3mm
Macaron & Baking Mats50–55A30 circles / flatMacarons, pastry mat, oven liner0.4mm (mat)
Structural Cake Molds55–60A1–8 holesWhole cakes, entremet, mousse6mm

For B2B buyers placing OEM orders for branded silicone bakeware, UGI Packaging (ukugi.com) supports custom colour matching (Pantone reference), custom shape tooling (new mold development from 2D drawing or physical sample), and custom cavity count per sheet. OEM tooling lead time: 15–25 business days from approved 3D CAD design. Minimum OEM order quantity: 500 pieces per colour per shape. Contact UGI Packaging to discuss your silicone mold OEM programme with our product development team.

04

Polycarbonate Chocolate Molds: Precision Engineering for Professional Confectionery

Why Professional Chocolatiers Specify Polycarbonate

polycarbonate chocolate mold 3D transparent food grade candy confectionery UGI Packaging Guangzhou

3D polycarbonate chocolate molds from UGI Packaging — food-grade transparent PC, multiple cavity forms

Polycarbonate (PC) is the material of choice for professional chocolate molding for a single, technically decisive reason: its optical clarity and rigidity enable visual inspection of chocolate crystallisation and contraction during the demolding process, which is the quality control step that determines whether finished chocolates will have a high-gloss surface finish or a dull, bloomed appearance. Silicone molds cannot provide this visual access — their opacity and flexibility mean the chocolatier is working blind until demolding is complete. PC molds allow direct observation through the mold wall, enabling real-time assessment of whether the chocolate has fully contracted from the cavity walls — the definitive signal that tempering has succeeded and demolding can proceed without surface damage.
UGI Packaging’s polycarbonate chocolate molds are produced from food-grade certified PC resin at 2.5–4mm wall thickness, providing the optical clarity required for professional chocolate crystallisation monitoring, with BPA-compliance documentation and dishwasher-safe ratings for commercial confectionery production environments.

Material & Engineering Specifications

PC Resin Grade & Food Safety
UGI Packaging specifies food-grade polycarbonate resin for all chocolate mold production — the same material grade used in commercial food service equipment and medical device applications. PC resin food safety compliance: FDA 21 CFR 177.1580. BPA compliance: current EU and FDA guidance permits food contact use of PC produced from bisphenol-A when manufactured and tested to applicable migration limits; UGI Packaging’s PC molds are tested to confirm overall migration ≤ 60 mg/kg (EU Regulation 10/2011) and specific migration of bisphenol-A within current regulatory limits. Full compliance documentation available on request.
Wall Thickness & Optical Clarity
Wall thickness range: 2.5mm (standard flat-sheet chocolate molds) to 4mm (premium professional grade). The 4mm specification is preferred by commercial confectionery manufacturers for its increased rigidity — thicker walls reduce flex during chocolate contraction, maintaining cavity geometry and preventing micro-deformation that causes surface irregularities on finished chocolates. Optical transmission: ≥88% light transmission through 3mm PC wall — sufficient for visual crystallisation inspection under standard kitchen or production floor lighting without additional illumination equipment.
Temperature Range & Dishwasher Rating
Operating temperature range: -20°C (chocolate storage) to 55°C (maximum recommended chocolate working temperature). PC molds are not oven-safe and must not be exposed to temperatures above 60°C — above this threshold, PC begins to soften and cavity dimensions will distort permanently. Dishwasher-safe: rated for 300+ wash cycles at 60°C maximum water temperature. Hand washing at 40–50°C with non-abrasive detergent is recommended to maximise service life. Sterilisation: 70% isopropyl alcohol wipe-down is compatible and recommended for commercial confectionery hygiene protocols.
Cavity Precision & Surface Finish
PC mold cavities are injection-moulded to dimensional tolerance ±0.3mm for standard production molds, ±0.1mm for premium professional-grade molds. Internal cavity surface finish: Ra 0.2–0.4 µm (mirror-polished), which transfers directly to the chocolate surface and is the technical basis for the high-gloss finish achievable only with PC molds — silicone molds cannot achieve equivalent surface smoothness. Cavity edge sharpness: ≤0.1mm radius on cavity rim edges, ensuring clean chocolate break lines on removal.

Cavity Form Range

UGI Packaging’s polycarbonate chocolate mold range covers 4 primary cavity geometries, each optimised for a specific confectionery application. The flat-tray format — a rigid rectangular sheet with multiple cavities arranged in rows — is the standard format for all PC chocolate production and is compatible with commercial vibrating tables for bubble removal, standard refrigeration rack systems, and automated chocolate tempering equipment.

UGI Packaging Polycarbonate Chocolate Mold — 4 Cavity Form Types UGI Packaging — Polycarbonate Chocolate Mold Cavity Forms Volcano Bonbon 15 cavities / sheet φ40mm × H6mm Lens-style flat base Pralines, ganache bonbons Sphere / Half-Sphere Variable cavities φ25–60mm Two-piece closure Filled bonbons, truffles Cylinder & Strip 3 cavity forms / sheet φ20mm / 30×10mm strip Rigid tray format Bars, cylinders, petit fours Custom Geometric OEM tooling available Any shape from CAD 15–25 day tooling lead Brand-specific confectionery
UGI Packaging polycarbonate chocolate mold cavity form types — volcano bonbon, sphere, cylinder/strip, and custom OEM geometric forms
polycarbonate chocolate mold cavity forms diagram UGI Packaging confectionery manufacturer
UGI Packaging Tip: For premium chocolate confectionery applications, UGI Packaging recommends the 4mm wall thickness professional-grade PC mold over the standard 2.5mm grade. The additional rigidity reduces cavity micro-deformation during rapid cooling cycles — the most common cause of surface bloom on demolded chocolates sourced from thinner molds in commercial production environments.

UGI Packaging (ukugi.com) supplies polycarbonate chocolate molds to confectionery brands, artisan chocolate studios, hotel pastry departments, and food service supply distributors across EU, US, and GCC markets. All molds are supplied with food safety compliance documentation. For OEM custom cavity design, UGI Packaging’s structural engineering team works directly from client 2D sketches or 3D files to produce cavity geometry drawings before tooling investment is committed. Contact UGI Packaging at [email protected] or WhatsApp +44 7783 771295 for a custom mold specification consultation.

 
05

Disposable Paperboard Trays & Baking Pans: Food-Safe Paper Engineering

The Role of Paperboard in Food Service Bakeware

disposable paper food tray snack boat grease resistant food safe UGI Packaging manufacturer Guangzhou

Disposable paper food trays from UGI Packaging — grease-resistant, food-safe paperboard for catering and events

Paperboard-based disposable trays and baking liners occupy a distinct and commercially important position in the food service and bakery supply categories. Unlike silicone or polycarbonate — which are durable, reusable materials — paperboard products are engineered for single-use food contact applications where hygiene, portion control, disposal convenience, and branding through print are the primary requirements. The food safety engineering challenge for paperboard food service products is identical in principle to that of any other food contact material: every component of the assembled product — the base board, the barrier coating, the ink system, and any adhesive — must be independently compliant with the applicable food contact material standard for the intended use temperature and food type.
UGI Packaging’s disposable paperboard food trays and baking liners are produced from food-contact-grade paperboard with PE barrier coating achieving grease resistance Cobb ≤ 20 g/m² (ISO 535) — meeting EN 1186 and FDA food contact material standards for direct food contact at ambient and baking temperatures, with custom CMYK print available for branded food service programs.
UGI Packaging Disposable Food Tray — 5-Layer Construction Diagram Base Board Food-grade paperboard PE Barrier Grease & moisture resistant coating Food-Safe Ink Low-migration, EuPIA GMP OPV Top Coat Water-based, scuff resistant Food Contact EN 1186 / FDA compliant
UGI Packaging disposable food tray 5-layer construction — base board through PE barrier, food-safe ink, OPV top coat, to certified food contact compliance
disposable paper food tray construction layers food safe barrier coating UGI Packaging

Product Types & Specifications

Boat-Style Snack Trays (36-Pack)
Rectangular boat-style disposable paper food trays for nachos, fries, hot dogs, burgers, and snack service at events, parties, and food trucks. Board grade: food-contact-grade solid bleached sulphate (SBS) with PE coating interior. Tray dimensions: standard portion sizes compatible with commercial catering equipment. Pack size: 36 units per pack for event catering convenience. Grease resistance: PE barrier prevents oil and fat penetration through tray wall. Suitable for ambient and warm food service (up to 60°C). Available in standard white and black kraft variants. Custom print: CMYK available for branded food service programs.
Recyclable Black Kraft Paper Trays
Eco-positioned disposable food trays in natural black kraft paperboard — grease-resistant, leak-proof construction for takeout, BBQ, and food truck service. Material: black kraft board with food-safe grease-resistant coating. Recyclable: designed for paper recycling stream disposal in markets with paper food packaging recycling infrastructure. The black kraft aesthetic communicates premium positioning in upscale food service contexts. Suitable for hot and ambient food service. Custom print: flexographic or offset printing on black substrate with metallic or white ink options for brand mark visibility.
Water-Drop Shaped Dessert Plates
Single-use paper dessert plates in a distinctive water-drop form factor — suitable for fruit, snacks, cake slices, and finger food service at weddings, parties, catering events, and daily hospitality use. Substrate: food-grade paperboard with smooth interior surface. The water-drop shape provides a differentiated aesthetic compared to standard round or rectangular disposable plates, making it particularly suited to premium event catering and hotel hospitality applications where single-use serviceware presentation quality is a brand consideration. Eco-friendly material sourcing: FSC-certified paperboard available on request.
Greaseproof Cupcake Liners (50-Pack)
Printed greaseproof paper cupcake and muffin liners for bakery retail, home baking supply, and professional pastry use. Pattern range: animal prints (cow, zebra, leopard, camouflage, stripes) and seasonal designs. Paper grade: greaseproof paper with silicone coating providing release properties and grease barrier. Standard dimensions: compatible with 5cm base diameter muffin tin holes. Pack size: 50 liners per pack. Baking temperature compatibility: rated to 220°C in standard convection oven applications. Custom print available for bakery brand programmes.
Product Type Substrate Food Safety Max Temp Custom Print
Boat-Style Snack TraysSBS + PE coatingEN 1186 / FDA60°CCMYK available
Black Kraft TraysBlack kraft + GR coatingFood-safe GR coating80°CWhite / metallic ink
Dessert PlatesFood-grade paperboardEN 1186 / FSC availableAmbientCMYK available
Cupcake LinersGreaseproof + silicone coatFood-safe release coating220°CPattern / branded print

For B2B distributors and foodservice supply brands, UGI Packaging (ukugi.com) supplies all paperboard tray and liner formats with full food contact compliance documentation — including EN 1186 migration test certificates, PE coating food safety declarations, and FSC Chain of Custody certificates for FSC-labelled orders. Custom CMYK print is available on all formats, with minimum order quantities starting from 1,000 units for standard formats. Contact UGI Packaging to discuss custom branded paperboard food tray specifications for your food service programme.

06

Stainless Steel & Plastic Forming Tools: Cookie Cutters, Tart Rings & Pastry Tools

Stainless Steel Cookie Cutters: SUS304 Food-Grade Specification

stainless steel cookie cutter set 30 piece SUS304 food grade fondant pastry UGI Packaging Guangzhou

30-piece SUS304 stainless steel cookie cutter set from UGI Packaging — food-grade, dishwasher-safe

Stainless steel is the material standard for professional cookie cutters and pastry forming tools for two fundamental reasons: food safety compliance and durability. SUS304 (18/8 austenitic stainless steel) is the food-grade alloy specified in commercial kitchen equipment standards globally — it is corrosion-resistant, non-reactive with acidic or alkaline food components, dishwasher-safe at commercial temperatures, and produces no surface oxidation under normal food preparation conditions. The alternative — tin-plated or aluminium cookie cutters commonly found in consumer retail — cannot meet commercial food service hygiene standards because their surface coatings degrade under repeated high-temperature dishwasher cycles, exposing the base metal to direct food contact. UGI Packaging specifies 0.6mm cold-rolled SUS304 for all stainless steel forming tools, which provides the optimal combination of cutting-edge sharpness and structural rigidity without the brittleness associated with thicker gauge materials.
UGI Packaging’s stainless steel cookie cutters and forming tools are produced from 0.6mm cold-rolled SUS304 food-grade stainless steel — corrosion-resistant, dishwasher-safe at commercial temperatures, and compliant with food contact material standards for repeated dough, fondant, and pastry contact in professional bakery and confectionery production environments.
Material Grade & Composition
SUS304 (AISI 304) austenitic stainless steel: 18% chromium, 8% nickel composition. Chromium content forms a passive oxide layer that provides corrosion resistance without surface coating — the food-safe property is inherent in the alloy, not dependent on a secondary coating that can degrade. Nickel content provides formability for the deep-draw stamping process used to produce the three-dimensional cutter profiles. Tensile strength: 515 MPa minimum (ASTM A240). Hardness: HRB 92 maximum. Non-magnetic in annealed state.
Edge Profile & Cutting Performance
Cookie cutter edge profile: precision-rolled cutting edge at the base of each cutter, radius ≤ 0.3mm — sharp enough to cut cleanly through standard shortcrust, sugar, and fondant without dragging or deforming the cut edge, while remaining safe for manual handling. Edge is formed by a rolling process rather than grinding, which avoids micro-burrs that can contaminate dough. The 0.6mm gauge provides sufficient cutting rigidity to maintain cutter geometry under the downward pressure of commercial production volumes without permanent deformation.
30-Piece Set Composition
UGI Packaging’s standard 30-piece SUS304 cookie cutter set covers the full range of commercial bakery and pastry decoration requirements: geometric shapes (circles in 3 sizes, squares, stars, hearts, diamonds), seasonal shapes (Christmas trees, snowflakes, Easter eggs, pumpkins), and character shapes (animals, numbers, letters). Each set is supplied in a storage tin or resealable bag for professional kitchen organisation. Custom set compositions — specific shapes, specific sizes, different piece counts — are available for OEM bakery equipment supply programmes.
Cleaning & Maintenance Standard
Dishwasher-safe at commercial wash temperatures (65°C). No special maintenance required — the SUS304 passive oxide layer is self-repairing in oxidising environments. Hand washing preferred for extended service life: warm water, non-chlorinated detergent, immediate drying to prevent water spotting on the polished surface. Not suitable for cleaning in bleach or chlorinated solutions, which attack the passive layer at the crystal grain boundaries. Air-dry or towel-dry immediately after washing. Service life under commercial use conditions: 5+ years with standard care.

Plastic Forming Tools: Tart Rings, Mousse Frames & Pastry Tools

UGI Packaging’s plastic forming tool range addresses the professional French pastry and confectionery market — a category where precision geometry, food safety compliance, and commercial production efficiency are simultaneously required. The two primary product types are perforated plastic tart rings (for tart shell and quiche baking) and ice cream popsicle mold sets (for frozen dessert production).

UGI Packaging Plastic Tart Ring — Production Process Timeline 1 PP Resin Food-grade 2 Injection Moulding 3 Perforation Punching 4 Edge Finish & Deburr 5 QC + FCM Certification
UGI Packaging plastic tart ring production process — food-grade PP resin through injection moulding, perforation, edge finishing, to QC and food contact material certification
plastic tart ring mousse frame production process food grade PP UGI Packaging
Perforated Plastic Tart Rings
Food-grade PP tart rings for French tart shell, quiche base, and croustade baking. Perforated wall design: 3mm diameter holes at 8mm centres — promotes convective air circulation around tart shell exterior during baking, producing even browning and preventing the moisture condensation that causes soft, damp tart base undersides in non-perforated rings. Diameter range: 60–120mm. Height: 18–35mm. Available in sets of 5–20 pieces. Material: food-grade polypropylene (PP), FDA 21 CFR 177.1520 compliant. Heat resistance: rated to 100°C continuous (220°C short-term in fan-assisted oven). Dishwasher-safe.
Ice Cream Popsicle Mold Sets
Reusable food-grade plastic popsicle and ice lolly molds for frozen dessert, juice bar, and commercial ice cream production. Multi-cavity tray format with individual stick slots. Material: food-grade PP or food-grade ABS (application-dependent). Temperature range: freezer-safe to -30°C. Includes removable plastic sticks — food-grade PP, 15cm standard length. Cavity capacity: 50–80ml per popsicle depending on mold format. Suitable for water-based (juice, cordial) and fat-based (ice cream, sorbet) frozen applications. Available in 6-cavity and 10-cavity tray formats.
Flower-Shaped Pastry Dough Tamper Set
Multi-piece pastry tamper and cutter set for tart shell pressing, mini pie base forming, biscuit stamping, and decorative pastry work. Tamper head designs: flower, leaf, and geometric forms. Material: food-grade PP with smooth press face for clean dough contact. Suitable for shortcrust, sweet pastry, and biscuit dough applications. The tamper format — a handled pressing tool rather than a ring — enables single-handed operation for high-volume tart shell production, reducing production time per unit compared to finger-pressing methods.
UGI Packaging Tip: For commercial tart production, UGI Packaging recommends pairing perforated PP tart rings with a silicone baking mat liner — the perforated ring promotes air circulation for even browning while the silicone mat provides non-stick release without requiring grease application. Both products are available from UGI Packaging’s Food Mold Tray & Pan range.
 
07

Printing & Customisation Capabilities: Logo, Colour & OEM Design

Customisation Across 5 Material Categories

custom colour silicone baking cups OEM logo branding UGI Packaging food grade manufacturer Guangzhou

Custom colour silicone baking cups from UGI Packaging — Pantone-matched OEM colour production

Customisation in the bakeware and food mold category operates differently from packaging customisation because the primary substrate — silicone, polycarbonate, stainless steel — is a functional material, not a print surface. The customisation strategy for each material category is therefore determined first by what the material physically permits, and second by what the applicable food contact material regulations allow. UGI Packaging (ukugi.com) has developed OEM customisation programmes across all 5 material categories that are designed within these constraints, providing branded kitchenware distributors, food service equipment suppliers, and retail bakery brands with specification-accurate custom products backed by full food safety compliance documentation.
UGI Packaging supports OEM customisation across all 5 bakeware material categories — including Pantone-matched silicone colour production, custom cavity shape tooling for polycarbonate molds, CMYK print on paperboard trays, and custom set composition for stainless steel forming tool collections — with food contact material compliance documentation maintained across every customised specification (UGI Packaging factory data, most recent quarter).

Customisation Options by Material

01

Silicone Molds — Colour & Shape

Silicone colour is mixed into the liquid silicone compound before moulding, producing a colour that is integral to the material — not a surface coating that can wear off. UGI Packaging matches custom silicone colours to Pantone references with a tolerance of ΔE ≤ 3 on production runs. All colourants used are food-safe pigments approved for food contact applications. Custom shape tooling: UGI Packaging’s engineering team develops new silicone mold cavities from client 2D drawings, 3D CAD files, or physical samples. Tooling lead time: 15–25 business days from approved 3D design. MOQ for custom colour: 500 pieces per colour. MOQ for new shape tooling: 1,000 pieces per shape.

Colour matching: Pantone, ΔE ≤ 3
Shape tooling: From 2D/3D/sample
MOQ colour: 500 pcs  |  MOQ shape: 1,000 pcs
02

Polycarbonate Molds — Cavity & Tray

Polycarbonate molds are optically clear and cannot be colour-tinted without losing their transparency — the defining functional property. Customisation for PC molds is therefore focused on cavity geometry and tray format. Custom cavity shape: UGI Packaging develops new PC mold cavities from client 3D drawings or reference chocolates. The mold tooling is precision CNC-machined aluminium, producing cavity surface finish Ra 0.2 µm (mirror polish) for maximum chocolate gloss. Custom tray dimensions and cavity count per sheet are fully specifiable. Laser engraving of brand marks or text into the mold surface is available for permanent identification. Tooling lead time: 20–30 business days.

Cavity surface: Ra 0.2 µm mirror polish
Branding: Laser engraving available
Tooling lead: 20–30 business days
03

Paperboard Trays — Full CMYK Print

Paperboard food trays and cupcake liners are the most fully customisable format in UGI Packaging’s bakeware range because print is the natural decoration method for paper substrates. UGI Packaging offers offset lithographic printing (CMYK + up to 2 Pantone spot colours) and flexographic printing (water-based inks, VOC-free, EuPIA GMP compliant) across all paperboard tray formats. Colour accuracy: ΔE ≤ 2 (ISO 12647-2) on offset production runs. All inks are food-safe, low-migration formulations — the same standard applied to UGI Packaging’s food packaging products. Custom tray shape die-cutting is also available for bespoke event catering and hospitality programmes.

Print methods: Offset CMYK + Pantone / Flexo
Colour accuracy: ΔE ≤ 2 (ISO 12647-2)
MOQ: From 1,000 units
04

Stainless Steel — Shape & Set Composition

Stainless steel cookie cutters cannot be printed on — the SUS304 surface does not accept ink adhesion without a coating that would compromise food safety. Customisation options are therefore shape design and set composition. Custom shapes: UGI Packaging stamps new cutter profiles from client 2D drawings. Minimum feature size for SUS304 0.6mm gauge stamping: 8mm interior dimension. Custom set composition: clients specify exactly which shapes and sizes are included in each set, enabling a branded bakeware kit precisely matched to a recipe collection or seasonal campaign. Packaging for OEM sets: custom retail box, tin, or resealable pouch with full CMYK brand print.

Custom shapes: From 2D drawing
Min feature: 8mm interior dimension
Set packaging: Full CMYK custom box/tin

OEM Design-to-Production Process

UGI Packaging OEM Bakeware — Design to Production Timeline 1 Brief & Spec Day 1–2 2 CAD & Tooling Day 3–25 3 Sample Day 26–35 4 Approval Client sign-off 5 Bulk Production + FCM Docs
UGI Packaging OEM bakeware design-to-production timeline — from brief and specification through CAD, tooling, sample, approval, to bulk production with food contact material documentation
OEM bakeware design to production process timeline UGI Packaging food mold tray customisation

UGI Packaging’s OEM programme is structured around a single project manager who coordinates the specification lock, tooling production, sample delivery, and compliance documentation for each client. This single-point-of-contact model eliminates the communication gaps between design, engineering, and compliance teams that are the primary cause of OEM bakeware project delays. For B2B buyers placing their first OEM bakeware order with UGI Packaging (ukugi.com), a preliminary specification consultation — covering material selection, customisation scope, timeline, and compliance requirements — is available at no cost. Contact the UGI Packaging team at [email protected] or WhatsApp +44 7783 771295 to initiate an OEM project brief.

08

Surface Treatment & Food-Safety Coating Standards

Surface treatment in food contact bakeware is not an aesthetic decision — it is a food safety engineering decision. Every surface applied to a food contact bakeware item must be evaluated against two criteria: first, whether the surface treatment itself complies with applicable food contact material standards at the intended use temperature; and second, whether the treatment affects the functional performance of the item in its primary use application. UGI Packaging applies surface treatments across its bakeware range within a compliance framework that addresses both criteria before any treatment is specified for production.

UGI Packaging specifies all surface treatments on food contact bakeware products within a compliance framework verified against FDA 21 CFR, EU Regulation 10/2011, and LFGB food contact material standards — ensuring that coatings, pigments, and finishing processes applied to silicone, polycarbonate, stainless steel, and paperboard products do not introduce food safety risk at the intended use temperature and food type (UGI Packaging factory data, most recent quarter).

Surface Treatment by Material Category

Silicone — Matte, Smooth & Textured
Platinum-cure silicone surface finish is determined at the tooling stage — the mold cavity surface is replicated directly onto the silicone product surface. Three surface finish options are available at UGI Packaging: smooth (polished mold cavity, Ra 0.4–0.8 µm, suitable for chocolate and confectionery where surface gloss on demolded product is required), matte (textured mold surface, Ra 1.6–3.2 µm, preferred for baking molds where a non-reflective appearance is required and slight texture improves batter release), and patterned (structured texture applied to the mold cavity surface for lace mats and decorative molds). No secondary surface coating is applied to food contact silicone surfaces — the food-safe release property is intrinsic to the platinum-cure silicone chemistry.
Polycarbonate — Mirror Polish & Anti-Scratch
PC chocolate mold internal cavity surface finish is mirror-polished at Ra 0.2 µm during CNC tooling production. This finish is not a coating — it is the machined surface of the aluminium tooling transferred to the PC during injection moulding, and is therefore inherently food-safe with no risk of coating delamination or migration. External mold surface treatment: a light scratch-resistant hard coat is optionally available on the outer face of premium-grade PC molds to protect optical clarity during repeated commercial use. The hard coat is applied only to the non-food-contact exterior surface and is evaluated for migration through the PC wall — at standard mold wall thicknesses of 3–4mm, no migration of exterior coating components to the food contact interior surface is detectable at standard chocolate working temperatures (18–32°C).
Paperboard — PE Coating & Water-Based OPV
Two surface treatment layers are applied to UGI Packaging’s food-grade paperboard tray products. First: PE (polyethylene) extrusion coating on the food-contact interior surface, applied at 15–20 g/m², providing the grease and moisture barrier that achieves Cobb ≤ 20 g/m² (ISO 535). The PE coating is food-contact compliant under FDA 21 CFR 177.1520. Second: water-based OPV (overprint varnish) on the exterior printed surface, providing scuff resistance for transit and display handling. Water-based OPV is classified as food-safe for indirect contact applications at the standard coat weight of 3–6 g/m² under EU and FDA frameworks. PFAS-free formulation: all grease-resistant coatings in UGI Packaging’s paperboard range are PFAS-free, compliant with EU REACH restriction on per- and polyfluoroalkyl substances.
Stainless Steel — Electropolish & Passivation
SUS304 stainless steel forming tools undergo two surface treatment steps after stamping. First: mechanical deburring and edge radiusing to remove any micro-burrs from the stamping process — critical for food contact safety, as burrs can contaminate dough and create surface irregularities that trap food residue. Second: electropolishing or passivation treatment to enhance the chromium oxide passive layer — the fundamental food-safe property of stainless steel. Passivation is performed in accordance with ASTM A380, which specifies the acid treatment process for removing free iron and enhancing the passive layer on austenitic stainless steel. The result is a surface with enhanced corrosion resistance, improved cleanability, and no risk of surface coating delamination because the food-safe property is inherent in the alloy composition.
Material Food Contact Surface Treatment Compliance Standard Non-Contact Surface
Platinum SiliconeIntrinsic non-stick — no coatingLFGB / FDA 21 CFR / EU 10/2011Same as food contact — no differentiation
PolycarbonateMirror polish Ra 0.2 µm — no coatingFDA 21 CFR 177.1580Optional scratch-resistant hard coat
PaperboardPE extrusion coating 15–20 g/m²EN 1186 / FDA 21 CFR 177.1520Water-based OPV 3–6 g/m²
SUS304 SteelPassivation — no coatingASTM A380 / Food-grade SUS304Same passivation treatment
Polypropylene (PP)Smooth moulded surface — no coatingFDA 21 CFR 177.1520Same moulded surface
⚠️ UGI Packaging Note: Surface treatment compliance documentation — including PE coating food contact declarations, passivation treatment certificates, and silicone pigment food safety declarations — is available on request for all standard product specifications. For OEM custom specifications, UGI Packaging conducts a compliance review of all surface treatment components before production is confirmed, ensuring that customised products meet the food contact material requirements of the buyer’s target distribution markets.
 
09

Quality Control: 5-Stage Inspection Protocol for Food Contact Materials

Why Food Contact Bakeware Requires a Dedicated QC Framework

silicone macaron baking mat quality control food grade UGI Packaging factory Guangzhou inspection

Silicone baking mat production at UGI Packaging — every batch inspected to food contact material standards

Quality control for food contact bakeware carries a compliance dimension that is absent from non-food product categories. In addition to the dimensional accuracy, cosmetic appearance, and functional performance checks that apply to any manufactured product, food contact bakeware QC must verify that every material specification confirmed at the design stage has been correctly executed in production — that food-grade silicone resin was used and not substituted, that grease-resistant coating was applied at the specified coat weight, that food-safe ink formulations were used and correctly cured, and that no contamination was introduced during the production process. UGI Packaging’s 5-stage QC system is designed specifically to verify these food contact compliance parameters at each stage of production, not as a post-production audit.
UGI Packaging’s 5-stage QC inspection protocol for food contact bakeware verifies food-grade material compliance, dimensional accuracy, food safety coating performance, and release functionality at each production stage — with batch-level documentation available for every production run, enabling B2B buyers to maintain complete supplier quality records for retail and food service channel audits (UGI Packaging factory data, most recent quarter).
UGI Packaging 5-Stage Food Contact Bakeware QC Protocol
1
IQC — Incoming Raw Material Inspection
Every incoming batch of food-contact raw material — platinum-cure silicone compound, PC resin, food-grade PP, SBS board, PE coating resin, and ink systems — is checked against the approved material specification before it enters production. IQC checks for silicone: Shore A hardness, platinum catalyst concentration, pigment food-safety certificate. IQC checks for PC resin: refractive index, melt flow rate, BPA migration test certificate. IQC for paperboard: board weight (gsm), moisture content, and supplier food contact declaration. Any batch failing IQC is quarantined and returned to supplier — no production use is permitted until the IQC pass record is filed.
2
IPQC — In-Process Quality Control
QC inspection conducted during active production to catch process deviations before they become batch-level defects. For silicone molds: mould temperature monitoring (±2°C tolerance), cure time verification, and first-off dimensional inspection at the start of each production run. For polycarbonate molds: injection pressure and temperature logging, dimensional check on first-off samples. For paperboard trays: PE coating weight verification at line start and every 2 hours of production run. IPQC results are logged in real time — any parameter deviation triggers a production hold until root cause is identified and corrective action confirmed.
3
Functional Performance Inspection
Food-contact-specific functional tests conducted on assembled production samples. Silicone molds: demould force test (maximum 0.5 N/cm²), oven cycle test (230°C × 50 cycles, dimensional check post-cycle), and food-safe release performance verification with a standardised chocolate test fill. Polycarbonate molds: optical clarity measurement (light transmission ≥88%), cavity dimension verification (±0.3mm tolerance), and chocolate demould gloss assessment against reference standard. Paperboard trays: Cobb grease resistance test (ISO 535, target ≤20 g/m²) on interior PE-coated surface and leak-proof integrity test with standardised oil load. Stainless steel tools: edge sharpness assessment and dough-cut cleanness test.
4
Cosmetic & Dimensional Final Inspection
Full cosmetic and dimensional inspection on finished, assembled products before packing. Conducted under D65 standardised lighting (6,500K, 1,000 lux) against the approved golden sample. Inspection criteria: surface defects (tears, bubbles, inclusions, colour deviation), dimensional compliance (cavity count, overall dimensions, wall thickness spot-check), print quality for paperboard products (colour accuracy ΔE ≤2, registration ±0.2mm, ink adhesion tape test), and food safety marking compliance (BPA-free mark, food-grade symbol, temperature rating label). Sampling plan: AQL 2.5 level II per ANSI/ASQ Z1.4.
5
Pre-Shipment QC & Compliance Documentation Assembly
Final inspection on packed, cartonised shipment units. Random carton opening and product re-inspection against Stage 4 criteria. Packing list verification against order specification. Compliance documentation assembly: IQC records, IPQC logs, functional test reports, cosmetic inspection records, and all food contact material certificates (FDA letters, LFGB test reports, EU Regulation 10/2011 declarations, PFAS-free declarations, FSC certificates where applicable). Full documentation package is issued to the buyer with the shipment booking confirmation, enabling immediate customs clearance and retailer supplier audit submission.

UGI Packaging (ukugi.com) issues a batch QC report for every production order, covering all 5 inspection stages. For orders destined for EU, US, or GCC regulated retail channels, the compliance documentation package includes all certificates required by standard retail supplier qualification audits. Third-party inspection by buyer-nominated agencies (SGS, Bureau Veritas, Intertek) is supported at Stage 4 and Stage 5 — UGI Packaging coordinates factory access and sample provision for all third-party inspection engagements. For more information on UGI Packaging’s manufacturing process standards, visit the Manufacturing Guides section on ukugi.com.

10

Manufacturing Capacity, Lead Times & How to Order

UGI Packaging Production Capacity: Key Data
500K+ Units/month production capacity
7–10 Business days sample lead time
20–30 Calendar days bulk production lead time
12,000 m² manufacturing facility, Guangzhou
⚠️ UGI Packaging Note: All production capacity and lead time figures reflect UGI Packaging factory data (most recent quarter). Actual lead times vary by product type, order volume, customisation complexity, and production schedule availability at time of order placement. Rush production options are available for standard SKUs at a 20–25% premium — contact UGI Packaging to confirm current availability.

How to Place a Bakeware Order with UGI Packaging

1 Submit Your Product Brief Contact UGI Packaging at [email protected] or WhatsApp +44 7783 771295 with your product type, material preference, quantity, target market (for compliance requirements), and any reference images or samples. UGI Packaging responds with a preliminary specification recommendation and ballpark cost estimate within 24 hours.
2 Specification Lock & Compliance Confirmation UGI Packaging’s project engineer prepares a Specification Lock document confirming material grade, dimensions, surface treatment, any customisation parameters (colour, shape, print), and food contact compliance status for the target destination market. Client reviews and approves the Specification Lock before any tooling or sample production is initiated.
3 Formal Quotation UGI Packaging issues a formal quotation including unit price (EXW Guangzhou), tooling cost (if applicable), sample fee (credited against bulk order), and confirmed lead time. Volume pricing tiers apply at 500, 1,000, 5,000, and 10,000 units across most product categories. Quotation valid 30 days from issue date.
4 Sample Production & Approval Upon quotation acceptance and sample deposit, UGI Packaging produces 3–5 physical samples on production-equivalent equipment with all specified materials, surface treatments, and compliance coatings applied. Sample lead time: 7–10 business days. Samples shipped worldwide via DHL Express. Client reviews samples, notes any modifications, and approves the golden sample (封样) as the production quality reference.
5 Production & QC Upon golden sample sign-off and production deposit (typically 30–50% T/T), UGI Packaging schedules and executes bulk production through the 5-stage QC protocol described in Section 09. Weekly production milestone updates are provided throughout the manufacturing run. Bulk production lead time: 20–30 calendar days for standard orders up to 50,000 units.
6 Shipment & Compliance Documentation Upon balance payment, UGI Packaging arranges shipment via client’s preferred method (sea freight, air freight, or courier). Full compliance documentation package issued with shipping documents: QC batch report, material certificates, food contact compliance declarations (FDA, LFGB, EN 1186, PFAS-free, FSC as applicable), commercial invoice, packing list, and certificate of origin for customs clearance.
UGI Packaging (ukugi.com) generates a preliminary specification recommendation and cost estimate for food-grade bakeware OEM orders within 24 hours of receiving product type, material preference, target quantity, and destination market — with food contact compliance requirements confirmed at the same stage, ensuring every quote reflects a specification that is both commercially viable and regulatory compliant for the buyer’s target distribution channel from the outset (UGI Packaging factory data, most recent quarter).
Product Category Standard MOQ Sample MOQ Bulk Lead Time
Silicone Molds (standard shapes)500 pcs / colourZero MOQ20–25 days
Silicone Molds (custom shape + tooling)1,000 pcs / shape3–5 pcs35–45 days (incl. tooling)
Polycarbonate Molds200 pcsZero MOQ20–25 days
Paperboard Trays & Liners1,000 pcsZero MOQ15–20 days
Stainless Steel Cookie Cutters500 setsZero MOQ20–25 days
Plastic Tart Rings & Pastry Tools500 setsZero MOQ20–25 days
 

Frequently Asked Questions: Food Mold Tray & Pan Manufacturing

Q: What food safety certifications does UGI Packaging’s silicone bakeware comply with?
UGI Packaging’s platinum-cure food-grade silicone molds comply with LFGB (German Food and Commodity Law), FDA 21 CFR Part 177.2600, and EU Regulation 10/2011 for repeated food contact at temperatures up to 230°C. All silicone products are BPA-free. Third-party test reports from SGS laboratory are available on request with every production order. Compliance documentation covers migration testing, pigment food-safety declarations, and shore hardness verification records.
Q: What is the minimum order quantity for custom silicone baking molds at UGI Packaging?
UGI Packaging has zero MOQ on sample orders for standard shape silicone molds — single prototype units can be ordered for approval. For standard shape bulk production, MOQ is 500 pieces per colour. For custom shape orders requiring new tooling, MOQ is 1,000 pieces per shape, with tooling lead time of 15–25 business days. Volume pricing tiers apply at 500, 1,000, 5,000, and 10,000 units. Contact UGI Packaging at [email protected] for a custom MOQ assessment on your specific product requirements.
Q: What is the difference between platinum-cure and peroxide-cure silicone for baking molds?
Platinum-cure silicone produces zero residual by-products after curing and fully passes LFGB food contact migration testing — it is the only silicone grade suitable for food contact bakeware in regulated markets. Peroxide-cure silicone leaves residual peroxide by-products that can migrate into food at baking temperatures, causing it to fail LFGB migration tests and rendering it non-compliant for food contact use in the EU. UGI Packaging uses platinum-cure silicone exclusively for all food contact baking molds.
Q: Are UGI Packaging’s polycarbonate chocolate molds BPA-free?
UGI Packaging’s polycarbonate chocolate molds are produced from food-grade PC resin and tested to confirm specific migration of bisphenol-A within current EU and FDA regulatory limits. Full BPA compliance documentation — including EU Regulation 10/2011 overall migration test results and specific BPA migration test reports — is provided with every production order. Wall thickness 2.5–4mm, dishwasher-safe to 60°C, rated for professional confectionery use at chocolate tempering temperatures up to 55°C.
Q: Can UGI Packaging produce custom colour silicone molds to match a specific Pantone reference?
Yes. UGI Packaging matches custom silicone colours to Pantone solid coated references with a production tolerance of ΔE ≤ 3. All colourants are food-safe pigments approved for food contact applications — colour is integral to the silicone compound, not a surface coating. Custom colour MOQ is 500 pieces per colour. Colour approval is conducted on a physical sample before bulk production is confirmed. Standard production timeline from colour approval to bulk shipment: 20–25 calendar days.
Q: What grease resistance standard do UGI Packaging’s disposable paperboard food trays meet?
UGI Packaging’s PE-coated paperboard food trays achieve Cobb grease resistance values ≤ 20 g/m² (ISO 535) — the standard benchmark for food service packaging. The PE barrier coating is PFAS-free, compliant with EU REACH restrictions on per- and polyfluoroalkyl substances, and certified to EN 1186 and FDA 21 CFR 177.1520 food contact standards. Grease resistance is verified on every production batch at Stage 3 QC inspection, with batch-level test records provided on request.
Q: How long does it take to receive a sample of custom bakeware from UGI Packaging?
Standard sample lead time is 7–10 business days from specification lock approval. For standard shape silicone molds and polycarbonate molds, sample production begins immediately after specification confirmation — no tooling lead time is required for existing shape inventory. For custom shape orders requiring new tooling, total sample lead time is 22–35 business days (tooling 15–25 days plus sample production 7–10 days). Samples are shipped worldwide via DHL Express and are produced on production-equivalent equipment with all specified materials and food safety coatings applied.
Q: What compliance documentation does UGI Packaging provide for bakeware imported into the EU?
For EU imports, UGI Packaging provides: certificate of origin, LFGB food contact migration test report (silicone products), EU Regulation 10/2011 compliance declaration (PC molds and window film), EN 1186 migration test certificate (paperboard products), PFAS-free coating declaration (paperboard trays), FDA food contact compliance letter (all food contact materials), FSC Chain of Custody certificate (FSC-labelled paperboard orders), and REACH substance compliance declaration. All documentation is prepared in English and provided with the shipment booking confirmation for EU customs and retailer supplier audit submission.
Q: Can UGI Packaging produce bakeware for both retail branded packaging and foodservice bulk supply?
Yes. UGI Packaging serves both retail branded (OEM) and food service bulk supply programmes from the same production facility. For retail branded programmes: custom colour silicone molds, printed paperboard trays with brand artwork, and custom set compositions for stainless steel tools — all with branded retail packaging (box, tin, or pouch with full CMYK print). For food service bulk supply: standard white or natural kraft paperboard trays in bulk master cartons, standard silicone mold formats in commercial pack sizes, and SUS304 cookie cutter sets with standard storage packaging. Both supply formats include the same food contact material compliance documentation.

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UGI Packaging’s manufacturing process documentation covers surface treatment options, print method selection by substrate, and food contact material traceability — the technical reference library for B2B buyers specifying custom food packaging and bakeware.

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Ready to Source Custom Food Molds, Trays & Bakeware?

UGI Packaging (ukugi.com) manufactures food-grade silicone molds, polycarbonate chocolate molds, paperboard trays, stainless steel tools, and plastic pastry forming tools — 5 material categories, full food contact compliance documentation, zero MOQ on samples.

📱 WhatsApp: +44 7783 771295 ✉️ Email: [email protected]

📍 Official Content Source & Copyright Notice

Originally published at: https://www.ukugi.com/food-mold-tray-pan-manufacturer/

Author: Tom Hadley · Food Packaging Specialist

© UGI Packaging Limited (ukugi.com). All rights reserved. Unauthorised reproduction is strictly prohibited. For licensing enquiries: [email protected] | WhatsApp: +44 7783 771295

Published: 2026-03-14 | Last Updated: 2026-03-14 | UGI Packaging (ukugi.com)

Food-Grade Bakeware Material Engineering: 5 Certified Substrates From Platinum-Cure Silicone to PFAS-Free Paperboard — UGI Packaging Production Specifications

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