Cold Pressed Diamond Grinding Flat Wheel for General Purpose

This product series comprises cold pressed diamond grinding flat wheels designed for general purpose. The range includes multiple models (JG57103504F58, JG5713504M14, JG5714804F58, JG5714804M14, JG5715804F58, JG5715804M14) with diameters of 35mm, 48mm, or 58mm, a consistent diamond thickness of 4mm, and bore options of 5/8″-11 Thread or M14 Thread, catering to various grinding needs in general-purpose applications.

a. Product Features and Advantages:

Cold Pressed Sintering Technology: Provides a longer working life and efficient performance by compacting diamond particles under high pressure without heat, resulting in cooler operation than hot-pressed alternatives.

Structural Design: Features a composite matrix (light brown/beige texture) with prominent thick blue segments forming a star-like/cross-shaped pattern, dividing the working surface into pie-shaped abrasive zones for optimized cutting area and chip clearance; includes a central aperture for mounting on angle grinders (compatible with standard spindles, e.g., 20mm diameter).

Versatile Material Compatibility: Suitable for grinding stone (including stone flowerpots), cobblestone, marble, concrete, metal (steel, cast iron), ceramic, and other hard composites.

Space-Efficient Application: Compact design is particularly effective in narrow space environments.

Precision & Heat Control: Cool operation reduces thermal damage to workpieces, ideal for precision grinding or heat-sensitive materials.

Speed Specifications: Designed for use with angle grinders; recommended speed is 16000RPM, with a maximum speed of 27000RPM.

Durable Construction: Robust build with reinforced diamond impregnation supports heavy-duty grinding tasks.

b. Product Applications:

Ideal for grinding, shaping, and stock removal of hard materials in construction, masonry, and stone working applications—especially where access is limited. Suitable for processing stone flowerpots, concrete surfaces, metal components, ceramic tiles, and other composites, including precision tasks requiring minimal thermal impact.