Exhaust Fan Blade Moulding Die

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MOQ : 1 Unit

Exhaust Fan Blade Moulding Die Specification

Life Span
500,000 cycles

Working Process
Injection moulding

Mould Base
Steel, precision-engineered

Tolerance
0.02 mm

Core Material
Hardened tool steel

Material
Steel for mould, compatible with plastic/ABS for fan blades

Shaping Mode
Plastic injection mould

Punch Dies
Interchangeable, hardened steel

Die Head
Multi-cavity design

Surface Finish
High mirror polish

Production Capacity
Customizable as per requirement

Maintenance
Low, with routine lubrication

Cooling System
Integrated water channels

Mould Size
Customizable per blade design

Runner Type
Hot or cold runner system

Cavity Quantity
Single or multi-cavity available

Cycle Time
Approx. 30-60 seconds per shot

Application
Manufacturing exhaust fan blades

Design Software
CAD/CAM optimized

Exhaust Fan Blade Moulding Die Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Exhaust Fan Blade Moulding Die

Discover the popular Exhaust Fan Blade Moulding Die-a hot-selling, specialized solution for manufacturers seeking monumental precision and efficiency. This remarked and redoubtable moulding die is engineered with a customizable production capacity, ensuring each unique fan blade design is realized with a high mirror polish surface finish. Benefit from single or multi-cavity options, a robust integrated water cooling system, and cutting-edge CAD/CAM design optimization. With low maintenance, swift 30-60 second cycles, and a life span of up to 500,000 cycles, this die delivers reliable, high-quality output in the evolving market.

Application Versatility of Exhaust Fan Blade Moulding Die

The Exhaust Fan Blade Moulding Die is prominently used for the efficient mass production of exhaust fan blades across industrial, commercial, and domestic sectors. Its application method centers on plastic injection moulding, accommodating various blade designs with customizable cavity configurations. Ideal for manufacturing units, OEM suppliers, and appliance producers, the die's optimized design ensures each blade meets precise tolerance standards, streamlining the manufacturing process and elevating the quality of finished products.

Order Fulfillment: Payment Terms and Shipping Details

Exhaust Fan Blade Moulding Dies are available with secure payment terms and an accommodating sample policy, fostering trust in every transaction. Packaging is robust to safeguard the die during transit, while every order is completed and shipped efficiently to the specified FOB port in India. Timely order completion and careful handling ensure customer satisfaction from procurement to delivery, enabling seamless integration into your manufacturing workflow and minimizing any potential production downtime.

FAQ's of Exhaust Fan Blade Moulding Die:

Q: How is the exhaust fan blade moulding die customized for specific blade designs?

A: The die offers customizable mould size, runner type, and cavity quantity as per your blade design requirements, using advanced CAD/CAM software for optimization.

Q: What is the standard working process for creating exhaust fan blades with this die?

A: The process utilized is precision plastic injection moulding, where compatible plastics like ABS are injected into the mould, leveraging integrated cooling for rapid, high-quality output.

Q: Where can this moulding die be effectively used?

A: This moulding die is ideal for use by manufacturers, service providers, and suppliers involved in exhaust fan blade production within industrial and commercial sectors across India.

Q: What kind of maintenance does the die require during its lifespan?

A: The die is designed for low maintenance, requiring only routine lubrication for optimal performance throughout its estimated 500,000 cycle lifespan.

Q: What are the benefits of having an integrated water cooling system?

A: Integrated water channels enable rapid cooling within the mould, which reduces cycle times to approximately 30-60 seconds per shot, thereby enhancing production efficiency.

Q: How does the shipment and packaging process work for this product?

A: Each die is carefully packaged for protection and shipped upon order completion to your designated FOB port in India, ensuring secure and prompt delivery.

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