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Electric Tandoor Plastic Water Tray Mould and Moulding Service
Electric Tandoor Plastic Water Tray Mould and Moulding Service | Renovator Appliances Ltd
Product Overview
Electric Tandoor Plastic Water Tray is a molded plastic tray component designed to hold and retain water inside an electric tandoor where controlled moisture or steam generation is required during cooking. The tray can be positioned within the appliance according to the internal cooking-chamber design and may include locating features, raised edges, handles, ribs, or retention points for secure placement and easy removal.
Renovator Appliances Ltd provides Electric Tandoor Plastic Water Tray Mould and Moulding Service for OEM and customized electric tandoor applications. The tray can be developed according to the required water capacity, available installation space, heating conditions, mounting arrangement, and appliance configuration.
As the water tray may be exposed to hot water, steam, moisture, cleaning agents, and elevated temperatures, the selected plastic material and component design should be validated according to the actual operating conditions. Where the tray has direct food or food-contact exposure, the material should also be specifically validated for applicable food-contact requirements.
Key Features
Designed for holding water inside electric tandoor appliances.
Supports controlled moisture or steam generation where required by the appliance design.
Defined tray cavity with suitable side walls and raised edges.
Water capacity can be customized according to appliance requirements.
Locating ribs, guides, clips, handles, or retention features can be incorporated.
Smooth internal surfaces can support easier cleaning where suitable.
Lightweight construction compared with conventional metal trays where plastic is technically appropriate.
Consistent dimensions for reliable insertion, positioning, and removal.
Colour, surface finish, texture, and external geometry can be customized.
Suitable for OEM, ODM, and customized electric tandoor manufacturing.
Industrial Applications
| Application | Use |
|---|---|
| Electric Tandoors | Water holding and moisture generation |
| Electric Ovens | Controlled moisture and steam applications |
| OTG Appliances | Water tray and steam-support applications |
| Kitchen Cooking Appliances | Moisture management components |
| Countertop Cooking Appliances | Removable water holding tray |
| OEM Appliance Manufacturing | Customized plastic water tray production |
Manufacturing Process
1. Product Design & Development
The water tray is designed according to the required water capacity, internal appliance space, heating conditions, removal method, and surrounding components. Tray depth, wall thickness, raised edges, locating features, grip areas, and clearance from heating components are considered during product development.
2. Plastic Mould Design
A precision injection mould is designed according to the water tray geometry and selected plastic material. Gate location, parting line, draft angles, cooling channels, ejection system, wall thickness, and shrinkage allowance are considered to achieve consistent dimensions and minimize warpage.
3. Mould Manufacturing
The mould can be manufactured using suitable mould steels such as P20 Steel, H13 Steel, or S136 Steel, depending on production volume, dimensional requirements, surface finish, and expected mould life.
CNC machining, EDM, drilling, polishing, mould fitting, and trial moulding can be carried out as required.
4. Injection Moulding
The selected plastic material is processed through an injection moulding machine. Injection temperature, pressure, holding pressure, cooling time, and cycle parameters are controlled to achieve consistent tray dimensions, wall thickness, and surface quality.
For larger tray designs, balanced filling and cooling are particularly important to help control shrinkage and warpage.
5. Finishing & Assembly Preparation
After moulding, the components are inspected and trimmed where required. Flash, sharp edges, excessive gate marks, sink marks, short shots, and other moulding imperfections are controlled before the tray is prepared for appliance installation.
6. Quality Inspection
Finished water trays are checked for dimensions, tray depth, water-holding cavity, wall consistency, locating features, surface appearance, fitment, and structural integrity. Sample components can be installed in the electric tandoor to verify proper positioning, clearance, insertion, and removal.
Raw Materials
| Material | Typical Use |
|---|---|
| PP | Can be considered for suitable heat, moisture, and water-contact applications |
| High-Temperature PP | Suitable where increased thermal capability is required and validated |
| PBT | Suitable where dimensional stability and thermal performance are required |
| HDPE | Can be considered for suitable moisture and chemical exposure applications |
| Heat-Resistant Engineering Plastic | Can be selected for applications involving elevated temperatures |
| Food-Contact Grade Plastic | Can be considered where the tray has relevant food-contact exposure, subject to applicable requirements |
| Flame-Retardant Plastic | Can be selected where the appliance design requires specific flame-resistance characteristics |
The final material should be selected according to actual water temperature, steam exposure, heating conditions, cleaning method, mechanical loading, and applicable requirements. If the tray directly contacts food or food residue, food-contact suitability should be specifically validated.
Quality Control
Renovator Appliances Ltd follows controlled inspection procedures for Electric Tandoor Plastic Water Tray production:
Raw Material Inspection: Plastic grade and incoming material quality are checked according to specified requirements.
Mould Inspection: Cavity condition, cooling system, ejection operation, and critical mould dimensions are inspected.
Dimensional Inspection: Tray length, width, depth, wall thickness, locating features, and mating dimensions are verified.
Visual Inspection: Components are checked for flash, warpage, sink marks, short shots, burn marks, cracks, and other surface defects.
Water-Holding Inspection: Sample trays can be checked for proper cavity formation and water retention according to the design requirement.
Fitment Inspection: Components can be installed in the appliance to verify positioning, clearance, insertion, and removal.
Thermal Suitability Review: Material and component performance should be validated against actual water, steam, and temperature exposure.
Food-Contact Review: Where applicable, the selected material and finished component should be evaluated against relevant food-contact requirements.
Packaging Inspection: Finished trays are appropriately packed to minimize deformation, scratches, and contamination during transportation.
Buyer Guide
When sourcing an Electric Tandoor Plastic Water Tray, buyers should consider:
Tray Dimensions: Provide the required length, width, depth, and available installation space.
Water Capacity: Specify the approximate amount of water the tray needs to hold.
Temperature Exposure: Provide expected continuous and peak water, steam, and surrounding temperatures.
Installation Location: Specify the tray position and distance from heating components.
Material Requirement: Select a suitable heat-resistant and, where applicable, food-contact grade plastic.
Cleaning Method: Consider exposure to hot water, detergents, repeated washing, and cleaning procedures.
Removal Arrangement: Specify whether the tray requires a handle, grip area, pull tab, or other removal feature.
Locating Features: Provide details of guides, rails, slots, clips, stops, or locating points.
Production Quantity: Select the mould configuration according to expected production volume.
Quality Requirements: Define dimensional tolerances, colour, surface finish, warpage limits, and fitment requirements.
Why Choose Renovator Appliances Ltd?
Advanced Injection Moulding Facility
Renovator Appliances Ltd supports precision plastic component manufacturing using controlled injection moulding processes for kitchen and cooking appliance applications.
In-House Mould Manufacturing
Our mould manufacturing capability supports customized water tray designs with application-specific dimensions, water-holding geometry, mounting features, and handling provisions.
OEM & ODM Manufacturing
We support OEM and ODM requirements from product development and mould manufacturing through injection moulding and production supply.
Quality Assurance
Dimensional, visual, fitment, surface, and moulding inspections help maintain consistent quality for molded water tray components.
Cost-Effective Manufacturing
Optimized mould design, suitable material selection, and repeatable injection moulding processes can support economical production for customized electric tandoor water trays.
Frequently Asked Questions
1. What is an Electric Tandoor Plastic Water Tray?
It is a molded plastic tray designed to hold water inside an electric tandoor where controlled moisture or steam generation is required.
2. Which materials can be used for a plastic water tray?
Depending on the application, PP, high-temperature PP, PBT, HDPE, heat-resistant engineering plastics, or suitable food-contact grade plastics may be considered. The final material should be validated for actual temperature, moisture, cleaning, and contact requirements.
3. Can the water tray size and capacity be customized?
Yes. Length, width, depth, water capacity, wall thickness, handles, locating features, clips, ribs, colour, and surface finish can be customized according to the appliance design.
4. Can Renovator manufacture the mould for the water tray?
Yes. Renovator Appliances Ltd provides mould manufacturing and injection moulding services for customized Electric Tandoor Plastic Water Tray requirements.
5. What information is required for manufacturing?
A 2D drawing, 3D CAD model, sample component, tray dimensions, required water capacity, installation location, temperature exposure, cleaning method, material specification, production quantity, and fitment requirements are useful for accurate development.
Mould Material : P20 Steel / H13 Steel
Plastic Grade : Heat Resistant / Food Contact Grade / Impact ResistantProduct Material : Heat Resistant PP / PPS / High-Temperature NylonMould Type : Single Cavity / Multi CavityWeight : 50–300 gDimensions : 150–400 × 100–300 × 30–100 mm