Product Overview
Compostable Food-Grade Cutlery is a disposable utensil range manufactured from food-contact compliant plant-based materials for takeaway meals, prepared foods, catering services, and compostable packaging programs where plastic reduction requirements apply.
Technical Specifications
|
Parameter |
Specification |
|
Material |
PLA, CPLA, Plant Fiber Composite, Customized |
|
Product Types |
Spoon, Fork, Knife, Spork |
|
Surface Finish |
Smooth Molded Finish |
|
Heat Resistance |
Material Dependent |
|
Food Contact Compliance |
FDA / LFGB / EU Available |
|
Compostability |
Industrial Composting Compatible |
|
Color Options |
Natural, White, Black, Custom |
|
Packaging |
Bulk, Individual Wrap, Retail Pack |
Key Features
Crystallized Heat-Resistant Structure
CPLA grades are crystallized at 90–120°C after molding, increasing heat resistance for hot food service compared with standard PLA.
01
Uniform Wall Thickness
Mold flow analysis controls wall thickness variation within the utensil body, reducing localized stress concentration and deformation.
02
Precision Molded Edges
High-precision steel molds produce spoon rims and fork tines with minimal flash, reducing secondary trimming requirements.
03
Low-Moisture Material Processing
Raw materials are dried to ≤0.05% moisture content before molding to reduce bubbles, silver streaks, and surface defects.
04
One-Piece Injection Construction
Single-shot molding eliminates bonded joints and assembled parts that commonly become failure points during use.
05
Manufacturing & Quality Control
Raw Material Moisture Testing
Each production batch is tested before molding to verify moisture levels meet processing specifications.
Melt Process Monitoring
Melt temperature, injection pressure, and cooling time are recorded throughout production runs.
Dimensional Verification
Fork tine spacing, spoon depth, knife edge profile, and handle thickness are checked against drawing tolerances.
Surface Defect Inspection
Products are inspected for flash, short shots, sink marks, warpage, and contamination.
Load Performance Testing
Production samples undergo bending and load testing to verify structural consistency between batches.
Batch Traceability
Material lots, molding machines, operators, and inspection records are linked to shipment batches.
Optional Configurations
|
Option |
Available Choices |
|
Product Style |
Spoon, Fork, Knife, Spork |
|
Material Type |
PLA, CPLA, Plant Fiber Composite |
|
Heat Resistance Level |
Standard, High-Temperature Grade |
|
Packaging Format |
Bulk Pack, Individual Pack, Meal Kit |
|
Wrapper Material |
Paper Sleeve, Compostable Film |
|
Branding |
Embossed Logo, Printed Packaging |
|
Color |
Natural, White, Black, Custom Colors |
FAQ
Q: What materials are commonly used for compostable food-grade cutlery?
A: PLA, CPLA, and plant-fiber composite materials are among the most commonly used options depending on heat-resistance and compostability requirements.
Q: Can the cutlery be used with hot foods?
A: Yes. High-temperature grades such as CPLA-based formulations are commonly selected for hot meal applications.
Q: Is the product suitable for food-contact applications?
A: Yes. Food-contact compliant material options and related testing documentation can be provided upon request.
Q: How is compostability verified?
A: Compostable grades can be supplied according to applicable compostability standards and customer certification requirements.
Q: Can customized meal kits be produced?
A: Yes. Spoons, forks, knives, napkins, straws, and custom packaging can be combined into branded food-service kits.
