| Customization: | Available |
|---|---|
| Warranty: | a Year |
| Application: | Household Appliances, Electronic, Hardware, Car, Home Use |
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Product Features
Stamping dies are made of a variety of materials, mainly steel, carbide variants (such as steel bond and pure carbide), zinc-based alloys, low melting point alloys, aluminum bronze and advanced polymer materials. It is worth noting that high-quality alloy tool steel has become a popular choice for stamping dies due to its excellent hardness, excellent machinability and strong wear resistance.
Technical characteristics of stamping dies
1. Enhanced Productivity: Automated and seamless production processes facilitated by stamping dies significantly boost manufacturing efficiency.
2. Precision Craftsmanship: Advanced stamping die technology ensures meticulous processing for intricate parts, satisfying the rigorous demands of complex components.
3. Cost-Effectiveness: Stamping dies excel in producing large quantities of precise, intricately shaped parts with optimal material utilization, translating into cost savings and profitability.
Stamping dies find ubiquitous applications spanning home appliances, electronics, automotive, aerospace, construction, medical, and pharmaceutical sectors. Notably, they contribute significantly to production, accounting for roughly 60% of auto & tractor components, 85% in electronics, and an impressive 90% in daily hardware items.
Product Details
| Product details | company details |
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Product name Hardware stamping mold |
Main product Stamping parts and Stamping molds |
|
material cr12mov |
Main processing Equipment CNC machining center |
| package Fumigation-free wooden box |
Related certificates ISO9001 |
| production capacity 1000 sets/year | application fields Application fields,Aviation,hardware |
| Customization method Based on customer needs | Home appliances,medical,construction |
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Company Details
FAQ
Q: What is the working principle of a stamping die?
A: The working principle of a stamping die is to use the die to apply pressure to the material, and through the specific shape and size of the die, the material is plastically deformed or separated, thereby obtaining parts of the required shape. The stamping process includes steps such as designing the die, manufacturing the die, installing the die, debugging the die, and stamping production.
Q: What materials are usually used for stamping dies?
A: Stamping dies generally use metal materials with high hardness, high strength and good wear resistance, such as alloy steel, high-speed steel, cemented carbide, etc. These materials can maintain stability and precision for a long time during use. At the same time, according to the specific use conditions and requirements of the mold, other special materials such as ceramics and polymer materials can also be selected.
Q: What is the design and manufacturing process of stamping dies?
A: The design and manufacturing process of stamping dies generally includes the following steps:Requirement analysis: clarify the shape, size, material and technical requirements of the stamping parts.
Mold design: design the structure, size and material of the mold according to the results of the demand analysis. Factors such as the manufacturing difficulty, service life and cost of the mold need to be considered during design.
Mold manufacturing: process and manufacture the mold according to the design drawings. Including the mold blank preparation, machining, heat treatment, assembly and debugging processes.
Mold trial and adjustment: After the mold is manufactured, the mold is tried and adjusted to ensure that the mold can meet the production requirements.
Acceptance and delivery: The mold is inspected and delivered to the customer after confirming that its quality is qualified.
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