TRIMCO ENTERPRISES
GST : 06AAAFT2704L1ZB

Industrial Dies Casting Components

Name: Industrial Dies Casting Components
Brand: TRIMCO ENTERPRISES

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MOQ : 10 Pieces

Industrial Dies Casting Components Specification

Life Span
100,000 Shots

Tolerance
0.01 mm

Core Material
Alloy Steel (H13)

Mould Base
High-Strength Steel

Working Process
Die Casting, CNC Machining, Heat Treatment

Material
Aluminum, Zinc, Magnesium Alloys

Shaping Mode
Pressure Die Casting

Punch Dies
Carbide/Tungsten

Die Head
Precision Hardened Steel

Design Software
AutoCAD, SolidWorks

Temperature Resistance
Up to 500°C

Cavity Number
Single to Multiple

Color
Silver/Grey

Surface Treatment
Shot Blasted, Anodized, Plated

Mould Life Cycle
Extended Maintenance Program

Application
Automotive, Electrical, Machinery

Production Capacity
Up to 10,000 pieces/month

Hardness
HRC 48-52

Finish
Smooth, Matte, Glossy options

Weight
Custom As Per Design

Industrial Dies Casting Components Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1 Piece Per Day

Delivery Time
3-4 Days

About Industrial Dies Casting Components

Industrial Dies are required for shaping different parts & assemblies used for installing in machines and appliances. They are made of superior grade alloy using forging technology to assure superior repeatability and longer life. These dies are known to have excellent thermal stability, high structural strength, and long lasting life. They are made using tool & die makers and comprise different parts including punch plate, die block, blank & pierce punches, stripper plate, shank, & blanking dies. Industrial Dies can also be availed in customizable dimensional & structural configurations according to specific demands. They are known to produce accurate parts with highest precision & durability.

Advanced Surface Treatments for Lasting Performance

Components are available with shot blasted, anodized, or plated finishes, ensuring exceptional durability, corrosion resistance, and aesthetic flexibility. Choose from smooth, matte, or glossy surface options to suit varied industrial demands and design requirements. Every finish enhances the components performance and longevity.

Robust Manufacturing with Extended Mould Life

Utilizing high-strength steel mould bases and H13 alloy steel cores, our die casting process delivers reliability across single or multiple cavity designs. Extended maintenance programs and precision die technology support mould life cycles of up to 100,000 shots, securing consistent production quality over time.

Comprehensive Design and Customization Capabilities

Employing the latest CAD software including AutoCAD and SolidWorks, we accommodate custom weights, colors, and intricate tolerances for tailored applications. Our production can efficiently deliver up to 10,000 pieces monthly, matching any projects scale while achieving a dimensional precision of 0.01 mm.

FAQs of Industrial Dies Casting Components:

Q: How does the surface treatment enhance the die casting components performance?

A: Surface treatments such as shot blasting, anodizing, and plating improve the components resistance to corrosion, enhance durability under harsh conditions, and provide aesthetic versatility with smooth, matte, or glossy finishes. These treatments are carefully selected according to application requirements for maximum effectiveness.

Q: What materials are used for manufacturing these die casting components?

A: The components are manufactured from top-grade aluminum, zinc, and magnesium alloys, chosen for their strength, thermal resistance, and lightweight properties, ensuring optimal performance in automotive, electrical, and machinery applications.

Q: When should I choose multiple cavity moulds over single cavity designs?

A: Multiple cavity moulds are ideal for high-volume production, optimizing efficiency, and reducing per-unit costs, especially when you require large quantities. Single cavity moulds are suitable for smaller production runs or highly specialized component designs.

Q: Where are these die casting components commonly used?

A: Our components serve a diverse range of industries, most notably automotive (engine and structural parts), electrical (enclosures, connectors), and machinery (precision gears, housings). The high tolerance and durable finishes make them suitable for both functional and aesthetic applications.

Q: What is the manufacturing process for these components?

A: The process involves pressure die casting, followed by CNC machining, and optional heat treatment. After forming, components can be further enhanced with surface treatments such as anodizing or plating to ensure their mechanical integrity and surface quality.

Q: How does the extended maintenance program benefit mould life?

A: The extended maintenance program ensures routine inspection, cleaning, and refurbishment of moulds, which significantly extends their operational lifespanup to 100,000 shotsreducing downtime, increasing productivity, and maintaining consistent product quality.

Q: What are the maximum operating conditions for these components?

A: Designed from heat-resistant materials and processed for strength, the components can operate in environments up to 500C. Their robust construction and precise engineering guarantee performance under demanding thermal and mechanical stress.