Gas Assisted Injection Moulds

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MOQ : 1 Unit

Gas Assisted Injection Moulds Specification

Type
Gas Assisted Injection Mould

Material
Steel / Hardened Tool Steel

Plastic Material
ABS, PP, Polycarbonate, Nylon

Shaping Mode
Plastic Injection Mould

Mold Base
Standard Mold Base

Working Temperature
60C - 120C

Surface Treatment
Polished

Size
Custom as per requirement

Width
Customizable

Length
Customizable

Color
Blue / Custom

Design Software
UG, Pro-E, AutoCAD

Applicable Industries
Automotive, Consumer Goods, Electronics

Injection Pressure
1500-2500 bar

Runner Type
Hot / Cold Runner

Cavity Number
Single/Multiple

Product Finish
Smooth / Customized

Cycle Time
30-60 seconds (varies by part complexity)

Tolerance
0.02 mm

Core Material
H13, S136, P20 etc.

Mould Life
500,000 shots (approx)

Gate Type
Direct / Side

Gas Assisted Injection Moulds Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Gas Assisted Injection Moulds

Buy elite Gas Assisted Injection Moulds, renowned for their laureate design, from India's illustrious exporter, manufacturer, and supplier. Designed for both single and multiple cavities, these moulds withstand injection pressures of 1500-2500 bar, ensuring towering durability with a life of approximately 500,000 shots. Customizable in size, color, and finish, our moulds feature hot or cold runners, direct or side gate options, and exceptional tolerance of 0.02 mm. Crafted from premium H13, S136, or P20 steel, these moulds, polished to a smooth or tailored finish, excel in the automotive, consumer goods, and electronics sectors, with reliable performance in 30-60 second cycles.

Versatile Usage and Industrial Applications

Gas Assisted Injection Moulds are used as highly efficient tooling solutions in automotive, consumer goods, and electronics manufacturing. Ideal for injection moulding applications requiring precise, lightweight, and robust components, these moulds operate with various plastics like ABS, PP, polycarbonate, and nylon. Their advanced design makes them suitable for both prototype development and full-scale production, adaptable to complex part geometries and high-performance product requirements in diverse industrial settings.

Certifications, Payment, and Express Delivery

Our Gas Assisted Injection Moulds come certified for industrial reliability and quality. We offer flexible payment terms, ensuring convenience for buyers. Samples are available upon request, tailored to your specifications. Enjoy express shipping and reliable goods transport to ensure prompt delivery, whether locally or internationally. Our streamlined logistics guarantee customers swift, safe receipt of products, trusting in our expertise as a leading exporter, manufacturer, and supplier from India.

FAQ's of Gas Assisted Injection Moulds:

Q: How does gas assisted injection moulding work in industrial production?

A: Gas assisted injection moulding uses high-pressure gas to partially fill the mould, resulting in lighter, structurally sound parts with complex geometries and reduced cycle times, especially in automotive and electronics manufacturing.

Q: What materials can be processed with these Gas Assisted Injection Moulds?

A: These moulds are suitable for a variety of plastics including ABS, polypropylene, polycarbonate, and nylon, providing flexibility for diverse product requirements across multiple industries.

Q: Where are these moulds predominantly used?

A: Gas Assisted Injection Moulds are primarily utilized in automotive, consumer goods, and electronics industries where precision, reduced weight, and enhanced aesthetics are essential.

Q: When can I expect delivery after placing an order?

A: Express shipping and streamlined goods transport ensure quick delivery. Lead times may vary based on customization, but standard orders are dispatched promptly to meet customer timelines.

Q: What benefits do gas assisted injection moulds offer compared to traditional moulds?

A: Benefits include reduced material usage, lower part weight, minimal warpage, and the capability to produce large or intricate parts with superior surface quality.

Q: Is it possible to request a sample before full production?

A: Yes, samples tailored to your requirements are available. This allows you to assess mould quality and compatibility with your application before placing a bulk order.

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