Brief: Follow along for a hands-on demonstration that highlights performance points of the 3A1 Resin Bond CBN Grinding Wheel. This video showcases its application in precision machining of hardened steel and alloy steel, illustrating its superior efficiency and surface quality on high-speed CNC grinding machines.
Related Product Features:
Features a resin bond with cubic boron nitride abrasive for precision grinding of ferrous metals.
Designed with a 150mm diameter, 10mm thickness, and 31.75mm inner hole for standard compatibility.
Includes a 6mm abrasive width and 2mm abrasive height for controlled material removal.
Utilizes B80/100 grit size for efficient and fine surface finishing on hard materials.
Offers high temperature resistance up to 1350°C and strong thermal conductivity to minimize workpiece deformation.
Provides excellent chemical inertness, preventing reactions with ferrous metals during processing.
Suitable for automotive parts, bearings, molds, and aerospace components due to its durability.
Delivers long lifespan and low wear, ensuring cost-effectiveness in automated production environments.
Faqs:
What materials are best suited for this resin-bond CBN grinding wheel?
This wheel is ideal for precision machining of ferrous metals and high-hardness materials like hardened steel, alloy steel, and heat-resistant steel, commonly used in automotive, bearing, mold, and aerospace industries.
How does the resin bond type compare to other CBN grinding wheel binders?
Resin-bond CBN wheels offer flexible molding and lower cost, making them suitable for small-batch processing and tool regrinding, whereas electroplated types are for complex shapes, sintered for superhard materials, and ceramic for high-speed, high-precision grinding.
What are the key advantages of using CBN grinding wheels over traditional ones?
CBN wheels provide higher processing efficiency, superior surface quality, excellent heat resistance up to 1350°C, strong thermal conductivity to reduce thermal deformation, and long lifespan, resulting in better cost-effectiveness and precision for fine grinding applications.