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Popcorn Maker Plastic Popcorn Tray Mould and Moulding Service
Popcorn Maker Plastic Popcorn Tray Mould and Moulding Service | Renovator Appliances Ltd
Product Overview
Popcorn Maker Plastic Popcorn Tray Mould and Moulding Service is designed for manufacturing precision-moulded plastic popcorn trays used in popcorn makers and popcorn dispensing appliances. The tray can provide a dedicated area for collecting, holding, serving, or temporarily storing popped popcorn during appliance operation.
The popcorn tray can be customized according to the appliance structure, required tray capacity, available installation space, popcorn flow path, mounting arrangement, and removal requirements. The design can incorporate raised edges, locating features, handles, retaining clips, drainage or cleaning provisions, and smooth internal surfaces according to the application.
For trays intended for direct food contact, a suitable food-contact grade material should be selected and validated according to the applicable requirements. Injection moulding enables consistent dimensions, smooth surfaces, controlled wall thickness, and repeatable production for OEM and bulk manufacturing requirements.
Key Features
Precision-moulded plastic popcorn tray for popcorn maker applications
Designed for collecting and holding popped popcorn
Customized tray dimensions and capacity
Smooth internal surface for easier cleaning and handling
Raised edges to help retain popcorn within the tray
Integrated locating, mounting, or retaining features
Snap-fit, slide-fit, clip-fit, or removable installation options
Rounded corners and controlled edges where required
Controlled wall thickness for consistent moulding
Customized colour, texture, and surface finish
Suitable for OEM and customized appliance production
Food-contact grade material options for applicable direct-contact designs
Consistent dimensional repeatability for bulk manufacturing
Material selection according to food-contact, thermal, mechanical, and cleaning requirements
Industrial Applications
| Application | Use |
|---|---|
| Popcorn Makers | Popcorn collection and serving tray |
| Electric Popcorn Machines | Popped popcorn holding component |
| Home Popcorn Appliances | Collection and temporary storage of popcorn |
| Commercial Popcorn Equipment | Popcorn collection and dispensing applications |
| Kitchen Appliances | Customized food-handling tray applications |
| OEM Appliance Manufacturing | Customized popcorn tray moulding and production |
Manufacturing Process
1. Product Design & Development
The tray dimensions, capacity, wall thickness, popcorn collection area, mounting arrangement, removal method, edge height, and available installation space are established during product development. CAD drawings, technical drawings, or physical samples can be used to define the required geometry.
2. Plastic Mould Design
The injection mould is designed according to the tray geometry, selected material, production quantity, and required surface finish. Draft angles, parting line, gate location, cooling arrangement, ejection system, shrinkage, corner radii, mounting features, and critical dimensions are considered during mould development.
3. Mould Manufacturing
The mould can be manufactured using suitable mould steels such as P20 Steel, H13 Steel, or S136 Steel. Steel selection depends on expected production volume, mould life, material characteristics, dimensional requirements, and surface-finish expectations.
4. Injection Moulding
The selected plastic material is heated and injected into the mould cavity under controlled processing conditions. Filling, packing, cooling, and ejection parameters are controlled to achieve consistent tray dimensions, wall thickness, surface quality, and mounting features.
5. Finishing & Assembly Preparation
After moulding, runners or gates are removed where required. The trays are inspected for flash, sharp edges, warpage, sink marks, surface defects, and other moulding conditions before being prepared for installation or use.
6. Quality Inspection
Finished popcorn trays are inspected for dimensions, capacity-related geometry, surface finish, mounting features, fitment, appearance, and overall production consistency.
Raw Materials
| Material | Typical Application |
|---|---|
| Food-Contact Grade PP | Lightweight trays intended for applicable food-contact use |
| High-Temperature PP | Food-handling applications requiring improved temperature capability, subject to validation |
| HDPE | Food-contact tray applications requiring suitable chemical and moisture resistance |
| PBT | Applications requiring improved dimensional and thermal stability, subject to food-contact suitability where applicable |
| Food-Contact Engineering Plastic | Specialized tray applications requiring higher performance |
| Suitable Food-Contact Copolyester | Transparent or translucent tray designs where applicable |
| Heat-Resistant Engineering Plastic | Applications exposed to elevated temperatures, subject to actual operating conditions |
| ABS | Non-food-contact structural tray applications where suitable |
| PC+ABS | Non-food-contact applications requiring impact and dimensional performance |
For direct food-contact applications, the selected resin must be specifically suitable for the intended food-contact conditions, temperature, cleaning process, and applicable regulatory requirements. General-purpose plastic should not automatically be assumed suitable for direct food contact.
Quality Control
Raw Material Inspection: Material grade, colour, and incoming material condition are checked.
Mould Inspection: Cavity surfaces, parting line, cooling system, ejection mechanism, and tray-forming geometry are inspected.
Dimensional Inspection: Overall dimensions, wall thickness, depth, edge height, and critical tolerances are verified.
Capacity Inspection: Tray geometry and usable collection area are checked against the approved design.
Surface Inspection: Internal and external surfaces are checked for smoothness, moulding defects, scratches, sink marks, and other imperfections.
Edge Inspection: Tray edges and corners are checked for flash, sharp edges, and proper finishing.
Mounting Inspection: Clips, locating tabs, slots, handles, bosses, and other attachment features are verified.
Fitment Inspection: The tray is checked with the corresponding popcorn maker housing, chute, or collection area.
Food-Contact Validation: Where direct food contact is intended, material suitability and applicable requirements are verified according to the intended application.
Thermal Inspection: Temperature exposure and dimensional stability are evaluated according to the actual operating environment.
Visual Inspection: Warpage, colour variation, surface defects, and contamination are evaluated.
Packaging Inspection: Finished trays are packed to reduce scratches, deformation, contamination, and handling damage.
Buyer Guide
Before ordering a Popcorn Maker Plastic Popcorn Tray Mould and Moulding Service, buyers should provide:
Required tray dimensions and geometry.
Required tray capacity and collection area.
CAD drawing, technical drawing, or physical sample.
Details of the popcorn flow or discharge path.
Required mounting and removal arrangement.
Required edge height and retention features.
Operating temperature and proximity to heating components.
Whether the tray will have direct food contact.
Required food-contact grade and material specification where applicable.
Required colour, texture, gloss level, or surface finish.
Cleaning and maintenance requirements.
Expected production quantity and mould life requirement.
Prototype or pre-production sample requirements.
Why Choose Renovator Appliances Ltd?
Advanced Injection Moulding Facility
Renovator Appliances Ltd provides precision plastic injection moulding solutions for customized popcorn maker trays and food-appliance components.
In-House Mould Manufacturing
Mould development can be coordinated according to the required tray geometry, capacity, mounting arrangement, material, production volume, and surface-finish requirements.
OEM & ODM Manufacturing
Customized popcorn trays can be manufactured according to customer CAD files, technical drawings, physical samples, dimensions, and specific appliance requirements.
Quality Assurance
Dimensional, surface, fitment, material, and application-related inspections help maintain consistent quality throughout moulding and production.
Cost-Effective Manufacturing
Optimized mould design and repeatable injection moulding processes support economical production for suitable medium- and high-volume manufacturing requirements.
Frequently Asked Questions
1. What is Popcorn Maker Plastic Popcorn Tray Mould and Moulding Service?
It is a customized mould manufacturing and plastic injection moulding service for producing trays used to collect, hold, serve, or temporarily store popped popcorn.
2. Which material is suitable for a popcorn tray?
Food-contact grade PP, high-temperature PP, HDPE, suitable food-contact engineering plastics, and other validated food-contact materials can be considered for direct food-contact applications. Non-food-contact materials such as ABS or PC+ABS may be considered where the design does not require direct food contact.
3. Can the popcorn tray be customized according to the appliance?
Yes. The tray size, depth, capacity, shape, mounting arrangement, edge height, locating features, and removal mechanism can be customized according to the popcorn maker design.
4. Can the tray be designed for easy cleaning and removal?
Yes. Smooth internal surfaces, rounded corners, suitable edge geometry, removable mounting arrangements, and other cleaning-friendly features can be incorporated according to the appliance design.
5. Can Renovator Appliances Ltd manufacture customized popcorn tray moulds for OEM production?
Yes. Customized moulds and moulded popcorn trays can be developed for OEM and bulk production according to approved CAD files, drawings, samples, material specifications, and production requirements.
Mould Material : P20 Steel / H13 Steel / S136 Steel
Plastic Grade : Food Contact Grade / Heat Resistant / Impact ResistantProduct Material : PP / Food Grade ABS / PCMould Type : Single Cavity / Multi CavityWeight : 80–350 gDimensions : 180–400 × 120–300 × 30–100 mm