Customizable Punch Mold Components for Automotive Industry with
High Wear Resistance and Impact Strength
Application Field
| Automotive Industry | Stamping Die |
|---|
| Automotive Parts | Stamping Die for Automotive Parts |
| Car Body | Car Body Stamping Die |
| Automotive Panels | Automotive Panel Die |
| Chassis | Chassis Stamping Die |
| Bumpers | Bumper Stamping Die |
| Fenders | Fender Stamping Die |
| Hoods | Hood Stamping Die |
| Door Panels | Door Panel Stamping Die |
Punch dies for the automobile industry require high accuracy, high
wear resistance, and high impact strength. For this reason,
tungsten carbide is selected as the best material for auto dies.
Several types of molds used in the automotive sector include:
- Forging Molds: For automotive components processed by hot forging, cold forging,
and precision forging.
- Fastening Products: Essential for automotive applications.
- Tools for Precision Processing: Springs used in automotive applications.
- Various Precision Gear Parts: Critical components for automotive systems.
Product Details — Carbide Die for Automobile
- Surface Roughness: RZ ~ 0.2 µm / F1.0 mm/min
- Accuracy: ±0.001 mm
- Customization: Fully customizable. There is no standard stock for this series of
products; only non-standard orders are accepted. Please attach CAD
or 3D drawings to your inquiry. Thank you!
- Suitable Materials: Tungsten carbide, ceramic, and HSS, with properties as follows:
| Material | Material Properties |
|---|
| Carbide | Cemented carbide is a powder metallurgical composite made of hard
material phases (e.g., tungsten carbide) and a binding material
(e.g., cobalt). It is extremely hard, characterized by high wear
resistance and thermal stability. It is used in various fields that
require wear-resistant tools or components. Compared to die steel,
it is more difficult to machine and has a higher material cost, but
its service life is often several times longer. |
| Ceramic | Ceramic materials exhibit excellent high-temperature resistance and
are critical for applications operating continuously at
temperatures from 180 °C to over 1200 °C. Compared to metallic
materials, oxide ceramics are resistant to chemical attacks,
especially in acidic and alkaline solutions. Common types include
alumina, zirconia, silicon carbide, and silicon nitride ceramics. |
| HSS | High-speed steel (HSS) offers superior abrasion resistance and
toughness for general use. It is primarily employed in small batch
production or fields requiring high material toughness. |
Involved Machining Technology
- Production Technology:
- Cylindrical grinding
- Internal circular grinding
- Optical profile grinding
- Flat grinding
- Thread machining
- Middle-speed wire cutting
- Low-speed wire cutting
- Mirror discharge machining
Why Choose Us
- Advanced Technology: Complex shapes and various structures can be quickly formed while
maintaining precision.
- Efficient Processing: Short production cycles and rapid delivery ensure adherence to
shipment schedules.
- Product Quality: Consistent quality is guaranteed, with high accuracy up to ±0.003
mm.
- Confidentiality System: Triple confidentiality measures protect customer designs. We can
sign an NDA (Non-Disclosure Agreement) for added assurance.
- Fully Equipped: Outstanding processing capacity, multiple production lines,
advanced equipment, and professional supporting facilities.
- Cost-Effective: Reasonable design and material selection lead to competitive
pricing, helping you secure favorable prices for products of the
same quality level.
Kinyet is continuously focused on research and development of
tungsten-related materials. By consistently introducing new
technologies and increasing investments in high-end production
equipment, Kinyet is able to offer mold solutions with an
exceptional quality-to-price ratio, featuring high precision,
longer tooling life, and cost-effectiveness. We are excited to
announce our merger with Drow; together, we believe we will create
even better products for consumers in the future!
Quality Criteria
- Wear Resistance
- Precision
- Corrosion Resistance
- Impact Strength
- Toughness
- Modulus of Elasticity and Rigidity
- Transverse Rupture Strength, etc.
FAQ
Q1: Do you produce special punch molds or punch die components?
A: Yes, we specialize in customized mold fabrication and can
translate the most complex punch die concepts into reality. Our
punch mold components are designed and tailored for various
demanding applications and materials.
Q2: Do you accept low volume for sample orders? What’s your MOQ for
customization?
A: Yes, we do. For sample orders, we accept a minimum order
quantity (MOQ) of one piece. Please attach CAD or 3D drawings to
your inquiry. The sample lead time is 10–15 days, and it can be
negotiated for other special requirements.
Q3: What is your preferred delivery method?
A: We provide the best transportation service based on customer
requirements.
Q4: What are your payment terms?
A: We require a T/T payment structure of 30% as a deposit and 70%
balance before delivery. We will provide photos of the products and
packaging before you pay the balance.
Q5: What products can you buy from us?
A: We offer carbide inserts, carbide end mills, carbide drills,
carbide boring tools, cutting tools, and customized carbide
precision molds.
Q6: Could you offer OEM and ODM services?
A: Yes, we have over 10 years of experience in OEM services. Our
professional R&D team is dedicated to designing products to
meet various customer demands, providing expert advice and
solutions.
Q7: Do you test all your goods before delivery?
A: Yes, we conduct 100% testing before delivery. Our production
process adheres to ISO 9001 standards, with rigorous inspections
and strict quality control.
Q8: Can you send products to our forwarder in China?
A: Yes, if you have a forwarder in China, we will be glad to send
products to them.
