High Carbon Chromium Grinding Media Scrap

Name: High Carbon Chromium Grinding Media Scrap
Brand: SHREE SHIV SHAKTI TRADING CO
Price: 45 INR
Availability: InStock

Price 45 INR/ Kilograms

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MOQ : 500 Kilograms

High Carbon Chromium Grinding Media Scrap Specification

Density
7.19 Gram per cubic centimeter(g/cm3)

Thickness
Varies, typically 20-50 mm

Scrap Type
Grinding Media Scrap

Condition
Used

Grade
Grinding Media Grade

Purity
Industrial Scrap Purity

Composition
High Carbon Chromium

Length
Varies, approx. 30-80 mm

Weight
Varies per batch

Color
Metallic grey-brown

Application
Recycling, foundry use

Shape
Spherical/irregular balls

Size Range
Mixed sizes

Tensile Strength
350 MPa

Elongation
25%

Metal Recovery
High

Packaging
Loose/bulk

Hardness
65 HRC

Surface
Oxidized/worn

High Carbon Chromium Grinding Media Scrap Trade Information

Minimum Order Quantity
500 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

High Carbon Chromium Grinding Media Scrap About

Grab this top-quality High Carbon Chromium Grinding Media Scrap at a remarkable reduced price from a leading supplier and trader in India. This prodigious offering features both spherical and irregular balls with an oxidized and worn surface, perfect for recycling and foundry applications. Boasting a valiant hardness of 65 HRC, tensile strength of 350 MPa, and exceptional elongation of 25%, this metallic grey-brown scrap comes in mixed sizes (approx. 30-80 mm) and densities, ensuring high metal recovery. Available in loose/bulk packaging, it delivers high industrial scrap purity and unmatched performance for your recycling needs.

Features & Applications of High Carbon Chromium Grinding Media Scrap

Used by leading recycling plants and foundries, this grinding media scrap is known for its high hardness, strength, and notable durability. Whether for specialized recycling applications or general foundry melting, the unique combination of spherical and irregular shapes ensures optimal metal recovery and melting efficiency. Its high carbon and chromium composition delivers consistent performance, making it a prime choice for industrial users seeking reliable, reusable scrap.

Sample Policy, Packaging, and Export Markets for High Carbon Chromium Grinding Media Scrap

Samples are offered to clients interested in evaluating material quality, with delivery ensured via secure shipping channels. Bulk or loose packaging guarantees the safe handling of mixed-sized batches. International clients especially benefit from prompt, secure delivery as the product is exported widely across major markets, ensuring buyers receive their orders in top condition. Trust in our export capabilities and commitment to quality with every shipment.

FAQ's of High Carbon Chromium Grinding Media Scrap:

Q: How is the High Carbon Chromium Grinding Media Scrap typically used?

A: This scrap is primarily used in recycling processes and foundries, where it serves as valuable raw material for melting and metal recovery.

Q: What are the main benefits of purchasing this grinding media scrap?

A: Major benefits include a high metal recovery rate, exceptional hardness, and durability, making it ideal for industrial recycling and foundry applications.

Q: What is the packaging method for this grinding media scrap?

A: The product is typically packaged in loose or bulk forms, allowing for convenient handling and secure shipment of mixed-size batches.

Q: Where are the main export markets for this product?

A: High Carbon Chromium Grinding Media Scrap is exported globally, catering to major markets that seek reliable sources of quality scrap for recycling and foundry use.

Q: What is the process for obtaining a sample of this product?

A: Clients can request samples, which are delivered through secure shipping methods for quality evaluation prior to bulk orders.

Q: When should high carbon chromium scrap be used in foundry operations?

A: It is best used when reliable, high-strength, and high-purity input materials are required for efficient melting and metal recovery in industrial foundries.

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