Brass Ball Cage

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MOQ : 10 Pieces

Brass Ball Cage Specification

Mold Base
Steel

Molding Material
Brass

Cavity
Single/Multiple (as per requirement)

Life Span
Long life, corrosion resistant

Shaping Mode
Punching Mold

Material
High-grade Brass

Tolerance
0.01 mm

Mould Weight
Varies by size, typically 0.5-2 kg

Mould Life
Up to 100,000 shots

Corrosion Resistance
Excellent

Application
Used in Injection Mould Base, Guide Pillar and Bush, Die Set, Mold Components

Surface Finish
Polished

Hardness
Brass Ball Hardness up to 80 HRB

Shape
Round, Ball Cage Style

Operating Temperature
-20C to 120C

Diameter Range
3 mm to 25 mm

Customization
Available as per drawing/specification

Brass Ball Cage Trade Information

Minimum Order Quantity
10 Pieces

Average Load Time
Depends on application; typically 1-2 seconds

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Pieces Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Brass Ball Cage

Spotlight on Precision: Our Brass Ball Cage offers a Sterling solution for injection molding applications. Engineered from high-grade brass, it triumphs in strength, boasting a robust hardness of up to 80 HRB and exceptional corrosion resistance. The polished surface finish elevates both performance and appearance. With a round, ball cage style and diameter range from 3 mm to 25 mm, it's the perfect fit for guide pillars, bushes, and die sets. Advance Purchase and Reduced Price options available. Customization as per your drawing ensures tailor-made excellence.

Application Surface & Usability of Brass Ball Cage

Brass Ball Cage is extensively used in injection mould bases, guide pillars, bushes, die sets, and various mold components. Designed for use by professionals in the die and mold-making industry, it serves as a sterling performer at mold manufacturing sites and workshops. The smooth, polished surface ensures flawless motion and reduced friction, while its corrosion resistance guarantees long-lasting reliability even in challenging operating environments.

Domestic Market Supply and Purchase Value

Our Brass Ball Cage caters to the main domestic markets across India as a trusted supplier, trader, and service provider. We are poised to meet varying supply abilities based on your requirements-simply provide a purchase order for prompt dispatch. Sample evaluation is available upon request, usually for a nominal charge. With market value aligned to international quality, every order receives specification-focused attention for maximum application success.

FAQ's of Brass Ball Cage:

Q: How is the Brass Ball Cage used in injection mold bases and die sets?

A: The Brass Ball Cage is installed within guide pillars and bushes of injection mold bases and die sets, ensuring smooth and precise linear movements essential for accurate mold operation.

Q: What advantages does the polished surface finish offer?

A: A polished surface finish on the Brass Ball Cage significantly reduces friction, enhances movement, and minimizes wear, which extends the component's service life while maintaining optimal performance.

Q: When should customization be considered for Brass Ball Cage orders?

A: Customization is recommended when standard sizes do not meet specific drawings or operational requirements, ensuring a perfect fit and optimal performance in your unique application.

Q: Where is the Brass Ball Cage primarily applied?

A: It is predominantly used in tool rooms, molding workshops, and manufacturing sites for molds and dies, covering industries ranging from automotive to consumer electronics.

Q: What is the process for purchasing Brass Ball Cages from your company?

A: You can initiate a purchase order by specifying your size and customization requirements. We offer samples for evaluation (with an applicable charge), and our team promptly processes orders to ensure reliable delivery as per market standards.

Q: What benefits does brass material provide in ball cages?

A: High-grade brass ensures robust hardness, excellent corrosion resistance, and reliable performance at operating temperatures from -20C to 120C, resulting in a long product lifespan ideal for repetitive, high-precision molding operations.

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