P20 Mold Steel

Name: P20 Mold Steel
Brand: Swastik Metals
Price: 195 INR
Availability: InStock

Price 195 INR/ Kilograms

Get a Price/Quote

MOQ : 100 Kilograms

P20 Mold Steel Specification

Tolerance
0.02 mm

Working Process
Forging, Machining, Heat Treatment

Core Material
P20 Mold Steel

Life Span
Up to 500,000 shots

Mould Base
P20 Mold Steel

Material
P20 Mold Steel

Shaping Mode
Injection Mould

Punch Dies
Available

Die Head
Customizable

Hardness
28-32 HRC

Length
80 mm

Delivery Condition
Prehardened

Tensile Strength
High

Heat Resistance
Good

Usage/Application
Automobile Industry

Material Grade
H13

Machinability
Excellent

Microstructure
Uniform

Surface Treatment
Polished

Packaging Type
Packet

P20 Mold Steel Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Kilograms Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About P20 Mold Steel

Reserve the unprecedented performance of P20 Mold Steel, crafted specifically for the noble demands of the automobile industry. This customizable solution features a polished surface, excellent machinability, and a uniform microstructure. With a material grade of H13, it delivers high tensile strength and reliable heat resistance. Personalise your moulds with a die head tailored to your requirements, achieving a tolerance of 0.02 mm. Enjoy prehardened conditions and a lifespan of up to 500,000 shots, making it an excellent investment for precision and longevity. Supplied and traded from India, each packet ensures premium, ready-to-use quality.

Applications of P20 Mold Steel in the Automobile Industry

P20 Mold Steel stands out in the automobile sector due to its notable strength and versatility. Its primary area of application includes manufacturing molds for injection molding processes, accommodating both heavy-duty and precision components. Suitable as a core and base material, it reliably withstands high-pressure application media and repetitive industrial use. Whether utilized in mass production or custom automotive parts, the steel's stable microstructure and polished finish ensure excellent suitability for regular and long-term use types.

Sample Policy, Export Markets, and Certifications of P20 Mold Steel

Our sample policy ensures buyers make informed outlays by providing sample pieces for assessment before shipment. Shipped goods comply with international standards, supported by comprehensive certifications attesting to their quality and performance. Exchanges are facilitated for qualifying transactions, reaffirming our commitment to customer satisfaction. We primarily export P20 Mold Steel to diverse markets including Asia, Europe, and the Middle East, ensuring that each client receives excellent quality products and transparent, reliable service throughout their procurement process.

FAQ's of P20 Mold Steel:

Q: How does the customizable die head improve the usability of P20 Mold Steel in manufacturing?

A: The customizable die head allows clients to tailor molds to their specific project needs, enhancing efficiency and ensuring a perfect fit for different automobile manufacturing applications.

Q: What is the process involved in preparing P20 Mold Steel for industrial use?

A: The steel undergoes forging, machining, and heat treatment processes to achieve its prehardened condition, precise tolerance, and polished, ready-to-use surfaces.

Q: Where is P20 Mold Steel primarily supplied from and which markets are served?

A: P20 Mold Steel is supplied and traded from India, with main export markets including Asia, Europe, and the Middle East.

Q: When is it advisable to use P20 Mold Steel in automotive mold making?

A: P20 Mold Steel is ideal for situations requiring prolonged mold life, tight tolerance, and excellent machinability-particularly when high shot count and reliable surface finish are necessary.

Q: What are the benefits of using prehardened P20 Mold Steel in core and mould base applications?

A: Prehardened P20 Mold Steel ensures consistent performance, reduces machining time, and extends mold lifespan, all of which are vital for efficient and cost-effective manufacturing operations.