BW926 H1 Pillar Iron Mould

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MOQ : 1 Piece

BW926 H1 Pillar Iron Mould Specification

Working Process
Injection Moulding

Core Material
High-grade Steel

Tolerance
0.01 mm

Life Span
Up to 250,000 cycles

Mould Base
Iron

Material
Heavy Duty Iron Alloy

Shaping Mode
Pillar Forming Mold

Punch Dies
Hardened Steel

Die Head
Precision Machined

Cooling System
Integrated Water Cooling Channels

Weight
18 kg

Application
Used for making pillar iron profiles

Heat Resistance
Up to 550C

Customization
Available as per client requirements

Dimensions
300 mm x 80 mm x 40 mm

Color
Metallic Silver

Production Capacity
500 units per day

Surface Finish
Polished

BW926 H1 Pillar Iron Mould Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
2-5 Days

About BW926 H1 Pillar Iron Mould

The BW926 H1 Pillar Iron Mould is a hot-selling, first-rate solution for crafting pillar iron profiles with unmatched accuracy. Manufactured by an ace supplier in India, this product boasts favorable reviews thanks to its peerless lifespan of up to 250,000 cycles and a high production capacity of 500 units per day. Engineered from heavy-duty iron alloy with a high-grade steel core, the mould offers precision (tolerance: 0.01 mm), heat resistance up to 550C, and an integrated water cooling system for reliable performance. Customization is available to meet unique client requirements, making it a real deal for industrial applications.

BW926 H1 Pillar Iron Mould: Directions, Features & Material Quality

To use, align the mould in your injection molding equipment and connect the integrated water cooling channels. The polished surface ensures effortless demolding, while precision-machined die heads and hardened punch dies deliver consistent, clean profiles. The metallic silver color amplifies durability, and the peerless iron alloy structure enables robust heat resistance up to 550C. Its ace design supports custom requests for dimension or form, offering flexibility for varied manufacturing demands.

Shipping, Delivery & Listing Details for BW926 H1 Pillar Iron Mould

This pillar iron mould is shipped promptly from leading Indian manufacturing sites, with FOB ports facilitated at major shipping destinations. Payment terms are transparent and customer-friendly, supporting trusted transactions. Samples may be provided upon request, allowing you to inspect product excellence before bulk commitment. The list price and delivery schedule are designed to ensure competitive deals and smooth acquisition, contributing to higher client satisfaction throughout the procurement process.

FAQ's of BW926 H1 Pillar Iron Mould:

Q: How do I set up the BW926 H1 Pillar Iron Mould for optimal use?

A: First, mount the mould securely in your injection molding machine. Ensure that the integrated water cooling channels are properly connected to maintain the recommended temperature during operation. Follow all equipment protocols for safe and efficient operation.

Q: What materials are used in the construction of the BW926 H1 Pillar Iron Mould?

A: This mould utilizes a robust iron alloy base with a high-grade steel core. The die head is precision-machined, and the punch dies are made from hardened steel, all contributing to durability and peerless product longevity.

Q: When will my BW926 H1 Pillar Iron Mould be shipped after placing an order?

A: Once payment is confirmed and order details are finalized, your mould is dispatched promptly from the manufacturer, with FOB ports at major locations for efficient delivery. Specific delivery times may vary based on your region.

Q: Where can customization options for the BW926 H1 Pillar Iron Mould be requested?

A: Customization, including specific dimensions or application-related modifications, can be requested directly with the supplier or manufacturer during the ordering process to suit your unique requirements.

Q: What is the process for procuring samples of the BW926 H1 Pillar Iron Mould?

A: Samples are available upon request and subject to the supplier's sample policy. Contact the manufacturer to discuss your needs, sample pricing, and arrangement details before placing a bulk order.

Q: How does the integrated water cooling system benefit the mould's operation?

A: The integrated water cooling system maintains optimum mould temperature, enhancing production efficiency and extending the mould's life span by preventing overheating during high-volume manufacturing.

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