Gear mould

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MOQ : 1 Piece

Gear mould Specification

Molding Material
Plastic, Nylon, or Custom Specified

Cavity
Single / Multi Cavity (Customizable)

Life Span
5-8 Years (Depending on Usage and Maintenance)

Mold Base
P20 Steel

Shaping Mode
Plastic Injection Mould, Injection Mould

Material
Steel / Hardened Steel, High Grade Steel (H13, P20, S136 etc.)

Tolerance
0.01 mm

Mould Weight
400-1500 kg (Depends on Size)

Mould Life
Up to 500,000 shots

Cooling System
Optimized water channel design

Ejector Type
Pin/Plate Ejector

Runner System
Cold / Hot runner as per design

Design Software
CAD/CAM supported (UG, ProE, AutoCAD etc.)

Core & Cavity Hardness
48-52 HRC

Application
Automotive, Industrial Gears, Machinery Components

Customization
Available as per drawing and specification

Surface Finish
Polished / Textured as per customer specification

Packaging Type
Wooden Box / As required

Gear mould Trade Information

Minimum Order Quantity
1 Piece

Average Load Time
30-60 Seconds/Cycle

Payment Terms
Cheque

Supply Ability
10 Pieces Per Month

Delivery Time
1 Week

Main Domestic Market
All India

About Gear mould

Seize your opportunity to own a crowning masterpiece with our Gear Moulds-now available for a special, limited-time offer. Crafted with opulent precision, each mould features a polished or textured surface finish tailored to your needs. Choose between advanced cold or hot runner systems, and enjoy incredible durability with core and cavity hardness of 48-52 HRC. Backed by optimized cooling design and CAD/CAM software compatibility, this mould is truly a manufacturer's gem. Grab yours before the offer is ending soon-complete customization ready for the world of automotive, industrial, and machinery gear solutions.

Gear Mould Features and Applications

Our gear moulds are engineered to exacting tolerances of 0.01 mm and a robust mould life of up to 500,000 shots. With surfaces suitable for automotive, industrial, and general machinery uses, they adapt to custom and standard requirements alike. Whether designed for single or multi-cavity applications, each gear mould delivers exceptional repeatability and surface finish. Used across industries, they excel in producing plastic and nylon gears with precision, reliability, and longevity.

Sample Availability, Supply Ability & Export Market

Samples of our premium gear moulds are ready and can be dispatched promptly upon request, ensuring customers can evaluate quality firsthand. Stock is always ready for immediate drop-off or tailored dispatch as per specific needs. With high supply ability and efficient shipping processes, we export chiefly to key markets across Asia, Europe, and beyond, meeting the needs of global manufacturers and suppliers with exemplary efficiency and commitment.

FAQ's of Gear mould:

Q: How can I customize the gear mould according to my specifications?

A: Customization is available as per your drawings and specifications. You can specify aspects like surface finish, runner system, cavity configuration, and moulding material to suit your project requirements.

Q: What runner systems are supported by your gear moulds?

A: We offer both cold and hot runner systems, which can be selected based on your production needs and design preferences.

Q: When will my gear mould sample be dispatched after placing an order?

A: Samples are typically dispatched promptly from our ready stock once the order and specifications are confirmed. Shipping times depend on your location and chosen delivery options.

Q: Where are your gear moulds commonly used?

A: Our gear moulds are primarily used in the automotive industry, industrial gear manufacturing, and various machinery component productions.

Q: What is the typical lifespan and mould life of your gear moulds?

A: Each gear mould offers a lifespan of 5-8 years and can provide up to 500,000 shots, subject to usage patterns and maintenance practices.

Q: How does the optimized cooling system benefit the moulding process?

A: The optimized water channel cooling system helps maintain uniform temperatures during moulding, ensuring faster cycle times, improved product consistency, and reduced wear on the mould.

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