Gas Assist Injection Moulding

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MOQ : 1 Unit

Gas Assist Injection Moulding Specification

Type
Gas Assist Injection Mould

Material
Steel/Aluminum

Plastic Material
ABS/PC/PP/PE

Shaping Mode
Injection Mould

Mold Base
P20 Steel

Working Temperature
Max 300C

Surface Treatment
Polished

Size
Custom as per requirement

Width
Custom

Length
Custom

Color
Silver/Grey

Cycle Time
Shortened compared to conventional injection molding

Conformity Standard
ISO 9001, CE Certified

Gas Pressure
5-35 MPa

Runner Type
Hot or Cold Runner

Production Capacity
High Volume, Rapid Manufacturing

Injection Pressure
Typically 30-150 MPa

Dimensional Tolerance
0.05 mm

Application
Automotive Parts, Appliance Housings, Furniture Components

Finish Quality
Smooth, Glossy, High Precision

Cavity Number
Single or Multi-Cavity

Gas Assist Injection Moulding 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 Assist Injection Moulding

Discover fresh savings and premier quality with our Gas Assist Injection Moulding solutions. Manufactured from supreme P20 steel or high-grade aluminum, this ravishing technology operates with injection pressures of 30-150 MPa and gas pressures of 5-35 MPa. Experience reduced cycle times and elite dimensional tolerance of 0.05 mm for pristine, glossy finishes in every part. Ideal for automotive, appliance, and furniture applications, our high-volume production conforms to ISO 9001 and CE standards. Pick yours for rapid manufacturing perfection-exported globally from India.

Versatile Usage & Application Excellence

Gas Assist Injection Moulding is designed for high-demand industrial usage, supporting both single and multi-cavity options. Its use type is ideal for precision, large-scale projects-commonly applied in automotive parts, appliance housings, and innovative furniture components. Whether you're focusing on prototyping or mass production, this molding method ensures exceptional results wherever dimensional stability and smooth, glossy surfaces are paramount. Adaptability to various sizes and materials enhances its application scope across key manufacturing sectors.

Global Exports & Efficient Delivery Solutions

Our Gas Assist Injection Moulding is securely packaged for worldwide delivery directly from major Indian ports. We specialize in exports to main markets across North America, Europe, Asia, and the Middle East. Fast production cycles ensure prompt delivery, with quotations and list prices tailored to your needs. Reliable packaging maintains product quality throughout transit, guaranteeing your production lines keep moving. For detailed quotations and customized packaging options, simply request your list price and shipping details.

FAQ's of Gas Assist Injection Moulding:

Q: How does Gas Assist Injection Moulding improve part quality compared to conventional methods?

A: Gas Assist Injection Moulding delivers improved surface smoothness, precision, and dimensional stability, thanks to lower internal stresses and efficient material usage, resulting in a superior, glossy finish.

Q: What materials and part sizes can this moulding process accommodate?

A: This process supports various plastics including ABS, PC, PP, and PE, with custom sizes, lengths, and widths available to meet your unique production requirements.

Q: When is it best to choose Gas Assist Injection Moulding for my project?

A: Choosing Gas Assist Injection Moulding is ideal for projects demanding flawless surfaces, reduced cycle times, and high-volume output, especially for automotive, appliance, or furniture manufacturing.

Q: Where can I use products made from Gas Assist Injection Moulding?

A: Parts produced with this technique excel in demanding automotive applications, appliance housings, and designer furniture components, delivering durability and a high-end appearance.

Q: What are the benefits of hot vs. cold runner systems in this technology?

A: Hot runners reduce material waste and cycle times, while cold runners are cost-effective for simpler designs, allowing you to select a system that matches your production priorities.

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