Induction Cooker Plastic Mould

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MOQ : 1 Piece

Induction Cooker Plastic Mould Specification

Working Process
Injection Moulding

Mould Base
Steel

Life Span
500,000 shots

Tolerance
0.02 mm

Core Material
P20 Steel

Material
High Grade Plastic

Shaping Mode
Plastic Injection Mould

Punch Dies
Multiple Cavities

Die Head
Customizable

Gate Type
Pin Point Gate

Runner Type
Cold Runner

Heat Treatment
Nitriding and Hardening

Application
Induction Cooker Shell Manufacturing

Design Software
AutoCAD, UG, Pro/E

Color Options
Custom as per requirement

Mould Cavity
Single or Multi

Surface Finish
Polished

Cycle Time
40-60 seconds

OEM/ODM Service
Available

Induction Cooker Plastic Mould Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Month

Delivery Time
1 Week

About Induction Cooker Plastic Mould

Induction Cooker Plastic Mould offered by us is greatly admired for giving perfectly detailed structure and assures correct fitting. It is fabricated using strong metal alloy with zinc-coated surface finish and assures good corrosion resistance & high durability. This plastic mould is completely suitable to be used for bulk production with high precision in every single piece. Induction Cooker Plastic Mould manufactured by us gives highly accurate fan section with ventilated structure for heat dissipation.

Features:

Gives smooth surface finish
User-friendly nature
Assures no structural error

Usage/Application

Molding Die

Precision Engineered to Deliver Performance

This mould is developed with meticulous attention to detail using industry-standard design software, ensuring accuracy and consistent quality. Its innovative cold runner and pin point gate design contribute to efficient injection moulding, while the polished finish adds aesthetic value to induction cooker shells. OEM/ODM options allow for full customization in color and design, meeting diverse client specifications.

Robust Construction with Extended Life Span

Built with a steel mould base and P20 steel core material, this mould is treated with nitriding and hardening for extended durability. Capable of withstanding up to 500,000 shots, it is suited for high-volume production lines. The adaptable die head and multiple punch dies further enhance productivity, while maintaining precision tolerances for seamless assembly.

FAQs of Induction Cooker Plastic Mould:

Q: How is the surface finish achieved on the induction cooker plastic mould?

A: The mould surface is polished during manufacturing to ensure a smooth and glossy finish on the final induction cooker shell, enhancing its visual appeal and quality.

Q: What is the typical cycle time for manufacturing induction cooker shells using this mould?

A: The cycle time ranges between 40 to 60 seconds, allowing for efficient and rapid production of plastic components.

Q: When should nitriding and hardening treatments be used in the mould-making process?

A: Nitriding and hardening treatments are applied during manufacturing to improve the moulds wear resistance and longevity, ensuring it can perform reliably for up to 500,000 shots.

Q: Where can manufacturers utilize this mould within their operations?

A: Manufacturers can integrate this mould into their injection moulding lines for producing high-quality induction cooker shells, especially when high precision and custom solutions are required.

Q: What design software is used to develop this mould, and why is it important?

A: Designers utilize AutoCAD, UG, and Pro/E software to create accurate and optimized moulds, facilitating seamless production and maintaining strict tolerances for product consistency.

Q: How does the cold runner and pin point gate setup benefit the moulding process?

A: The cold runner system combined with a pin point gate enhances efficiency by minimizing material waste and ensuring uniform filling, which contributes to improved surface quality and reduced production costs.

Q: What are the advantages of using high grade plastic and customizable punch dies in this mould?

A: High grade plastic ensures durability and precision for the final product, while customizable punch dies allow for flexibility in mould cavity design, supporting both standard and bespoke manufacturing requirements.

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