Brass Valve Die Casting

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MOQ : 500 Pieces

Brass Valve Die Casting Specification

Material
Brass

Application
Valve

Processing
Die Casting

Surface
Polished

Machining Type
CNC Machining

Tolerance
±0.01 mm

Finish
Smooth

Casting Weight
50 g to 2 kg

Corrosion Resistance
High

Thread Type
Metric / BSP

Standard
ASTM B16 / DIN

Operating Pressure
Up to 20 bar

Temperature Range
-20°C to +120°C

Hardness
80-100 HRB

Color
Golden / Natural Brass

Shape
Custom as per Drawing

Brass Valve Die Casting Trade Information

Minimum Order Quantity
500 Pieces

Supply Ability
2 Pieces Per Week

Delivery Time
2 Week

About Brass Valve Die Casting

Brass Valve Die Casting is used to create a variety of goods, including musical instruments like trumpets and coins. Hardware, musical instrument components, plumbing fittings, and many more products are made using the brass die-casting method. Because hardware needs to be durable and useful, the process has also been widely utilized to produce hardware products. Brass Valve Die Casting is safe to use. Brass is a great metal for casting since it can be done in even tiny furnaces because of its low melting point.

Precision Engineering, Superior Durability

Each brass valve die casting is manufactured with meticulous attention to detail, achieving a remarkable 0.01 mm tolerance essential for high-performance valve systems. Combined with a hardness level of 80-100 HRB and highly polished surfaces, these castings provide the durability and smooth operation required in demanding environments. Their robust construction ensures long-term reliability and efficiency in fluid control applications.

Versatile Customization & International Standards

Meeting global standards such as ASTM B16 and DIN, our brass die castings offer complete design flexibility, including custom shapes per client drawings. The use of CNC machining allows us to realize sophisticated geometries and metrics, while ensuring surface smoothness. Available in metric and BSP threads, our products cater to diverse industrial requirements, always maintaining a golden, natural brass finish with high corrosion resistance.

FAQs of Brass Valve Die Casting:

Q: How is the precise 0.01 mm tolerance achieved in your brass valve die casting?

A: We utilize advanced die casting methods and precision CNC machining to ensure a 0.01 mm tolerance. Each component undergoes thorough quality checks and dimensional inspections to maintain strict accuracy, guaranteeing seamless fit and optimal performance in valve assemblies.

Q: What benefits does your brass valve die casting provide for valve applications?

A: Our die castings offer high corrosion resistance, reliable strength (80-100 HRB), and excellent surface polish, extending the lifespan and performance of valves. The precision tolerances and robust build allow for efficient fluid control, minimal leakage, and resistance to harsh operating conditions.

Q: When is it recommended to use these brass valve castings?

A: These brass castings are ideal for applications requiring dependable sealing and strength, such as fluid and gas flow control under operating pressures up to 20 bar and temperature ranges from -20C to +120C. They are suitable for both indoor and outdoor industrial valve systems.

Q: Where are your brass valve die castings manufactured and exported from?

A: All our brass valve die castings are manufactured in India, in facilities equipped with advanced die casting and CNC machinery. We export globally, ensuring compliance with international standards and client specifications.

Q: What is the typical process for producing these brass valve components?

A: We follow a streamlined process involving high-pressure die casting, custom shaping as per drawing, precision CNC machining, and a final polishing stage. Each part is individually inspected to assure dimensional accuracy, surface smoothness, and adherence to tolerance and hardness specifications.

Q: How can customers specify threads and shapes for their order?

A: Customers can provide detailed technical drawings or specifications indicating their preferred thread type (metric or BSP) and custom shapes. Our engineering team works closely to ensure each requirement is fully met according to provided designs and industry standards.

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