Abrasive Charges

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MOQ : 1 Set

Abrasive Charges Specification

Temperature Range
Room temperature usage Celsius (oC)

Material
Forged Steel

Power Source
Manual

Capacity
500 gm to 1 kg Kg

Model No

Application
Highway and pavement material selection

Color
Metallic Grey / Dark Grey

Feature
Uniform hardness and wear resistance

Operate Method
Mechanical Abrasion: Charges are placed in a drum with aggregates; rotation causes the balls to impact and grind the sample

Measurement Range
Applicable for coarse aggregate up to 63 mm

Core Components
Hardened steel balls, Container

Product Type
Aggregate Testing Accessory

Usage
Determines the resistance to degradation of mineral aggregates

Accuracy
High, as per IS 2386 (Part IV):1963 %

Frequency
50 Hz Hertz (HZ)

Automation Grade
Manual

Equipment Materials
Cast Iron, Mild Steel, Hardened Steel Balls

Type
Abrasive Charge for Aggregate Testing

Display Type
Analog

Weight
8.5 Kg approx Kilograms (kg)

Color
Metallic Grey

Ball Size
48 mm Diameter

Application
Determining the abrasion value of coarse aggregates

Ball Quantity
12 balls per set

Packing
Polythene packing in cardboard boxes

Surface Finish
Smooth, rust resistant

About Abrasive Charges

Presenting our New Release: Ephemeral yet masterful Abrasive Charges, designed for impeccable accuracy and lasting performance in aggregate testing. This offer includes a set of 12 hardened steel balls48 mm diametereach marvelously engineered for uniform hardness and wear resistance. Packaged securely in polythene and cardboard, the rust-resistant, smooth metallic grey finish ensures durability. With a capacity of 500 gm to 1 kg, the analog display and manual operation provide high accuracy. Perfectly suitable for Los Angeles Abrasion Test as per IS 2386 (Part IV):1963, Model LA Abrasion 02, directly from Indias leading exporter, manufacturer, and supplier.

Outstanding Features & Competitive Edge
Abrasive Charges boast high uniformity in ball size, surface finish, and hardening. Application is straightforwardused for determining abrasion value in coarse aggregates as per recognized standards. The manual operation ensures simple, effective processes compatible with various laboratory protocols. Primary advantages include superior rust resistance and remarkable wearing properties, thanks to their masterful construction. Impeccable packaging and the use of core materials like cast iron and mild steel make these charges a marvel in laboratory efficiency.

Sample Trade Policy & Export Reach
Samples of Abrasive Charges are supplied according to our flexible sale-price policy, ensuring transparency and customer satisfaction. Goods transport is reliable, with prompt delivery timelines to the main export markets in Asia, Middle East, Africa, and beyond. Each set is delivered in secure packing for safe arrival. The supply ability guarantees consistent availability regardless of order size, backed by our experienced manufacturing legacy and dedicated support for exporters and suppliers.

FAQs of Abrasive Charges:

Q: How are Abrasive Charges used in the Los Angeles Abrasion Test?

A: Abrasive Charges are placed in the testing drum with coarse aggregates to assess the materials abrasion resistance following the Los Angeles Abrasion Test methodology.

Q: What is the primary benefit of the smooth and rust-resistant surface finish?

A: The smooth, rust-resistant surface enhances durability and ensures reliable, repeatable results by minimizing interference during testing and extending product life.

Q: Where can these Abrasive Charges be applied?

A: They are typically applied in laboratory settings for the testing of coarse aggregates, especially for quality control in construction material analysis.

Q: When should I use Abrasive Charges for aggregate evaluation?

A: Use Abrasive Charges whenever determining the abrasion value of aggregates is required, particularly before approving material batches for road or construction projects.

Q: What makes these Abrasive Charges competitive in the market?

A: Their impeccable hardness uniformity, rust resistance, and precise engineering according to IS 2386 (Part IV):1963 standards distinguish them as a superior choice for aggregate testing.

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