Diamond cutting disc for sealing strips online

Ultra thin diamond cutting wheels (1A1R type) used for cutting carbide, glass, ceramic, optical glass, semi – conductor, quartz, QFN, ultra hard steel and metals, etc

► Steady drilling with better smoothness
► Free drilling and long lifespan
► No damage to the edge
► High drilling efficiency

1. Vacuum brazing technology can realize the chemical metallurgical combination of diamond, bonding agent (brazing alloy material) and metal matrix interface, with high bonding strength.
2. Because of the high bond strength at the interface, only a very thin bond thickness is sufficient to hold the abrasive firmly, and its exposed height can reach 70% to 80%, making fuller use of the abrasive and greatly improving the tool life and machining efficiency.
3. Compared with the traditional technology, the maximum allowable edge value of diamond tools can be increased by more than 50%, and the diamond consumption of workpiece material per unit volume is reduced by more than half without increasing or decreasing the power consumption of tools.
Vacuum brazed diamond grinding wheel for grinding cast iron ,alloy steels , grey iron , hard composite materials and metal profile in foundry industry.

► Model: 1A1R, 1A1, 3A1, 1V1, 4A2, 4BT9, 6A2, 11V9, 12A2, 14F, etc
► Workpiece Materials: grinding tungsten carbide cutting tools, ceramic , magnetic materials, silicon , sapphire, glass , quartz and HVOF carbide coated,PCD, PCBN, etc
► Applicable Industry: carbide inserts (cnc tools), carbide circular saw (woodworking tools), Thermal Spraying Coated, Silicon Wafer Grinding, etc

Vacuum brazed diamond grinding wheel for grinding cast iron ,alloy steels , grey iron , hard composite materials and metal profile in foundry industry

Diamond ultra-thin cutting wheels (used in cutting and cutting cemented carbide rods, glass tubes and other industries)

Ultra Thin electroplated diamond cutting wheel for cutting and grinding marble, granite, thermosetting plastics, GRP, pre-sintered and pre-fired (green) materials, fiber glass, electro carbons, graphite, soft ferrites, PVC and pc boards, etc

Ultra thin diamond cutting wheels (1A1R type) used for cutting carbide, glass, ceramic, optical glass, semi – conductor, quartz, QFN, ultra hard steel and metals, etc

Electroplated diamond cutting wheel is mainly used for cutting seals containing stainless steel or aluminum.
Example: car sealing strips, rubber sealing strips, etc.

Diamond ultra-thin precision cutting discs ,diamond tip cut off wheel mainly cut objects: optical glass, gems, crystals, ceramics, marbles, ferrites, semiconductors and other precision grooving and cutting.

cbn wafering blade applications mainly include: cutting various metals, such as cemented carbide and stainless steel.

1A1R Diamond cutting wheel for cutting machine, such as cutting OM (optical microscope), SEM (scanning electron microscope), and even TEM (transmission electron microscope) specimen.

Metal diamond cbn blades for Precision cutting hard materials, ceramic and petrographic samples, plastics and polymers, steel, non-metallic material, circuit board, semiconductor, composites,glass,quartz, crystal, metallography, photonics, semiconductor, etc

Metal bond diamond cutting blades are used for precision cutting hard materials, ceramic and petrographic samples, semiconductor, composites, glass, quartz, crystal, metallography, photonics, semiconductor, etc

Diamond cutting disc, cutting wheel is mainly used for cutting seals containing stainless steel or aluminum. Example: car sealing strips, rubber sealing strips, etc.

Electroplated Diamond cutting disc for cutting and grinding marble, granite, thermosetting plastics, GRP, pre-sintered and pre-fired (green) materials, fiber glass, electro carbons, graphite, soft ferrites, PVC and pc boards, etc

► Steady drilling with better smoothness
► Free drilling and long lifespan
► No damage to the edge
► High drilling efficiency

1a1r diamond wheel Mainly used for cutting cemented carbide rods, glass (such as glass tube cutting), quartz, ceramic materials, magnetic materials, semiconductors, and printed circuit boards. It is also used in the manufacturing industries of tools, bearings, molds, precision ceramics, polycrystalline diamonds, electronic optics, jewelry, shoes, furniture, knives, etc.