3M Advanced Materials Division 3M™ Boron Carbide

Description
Sandblasting. Abrasive lapping. Machining ultra-hard metals, ceramics and synthetic gemstones. To withstand conditions in these demanding applications, it takes a material with extreme abrasion resistance – like 3M™ Boron Carbide. Sometimes called “black diamond," boron carbide is one of the hardest materials known – only diamond and cubic boron nitride are harder – giving it exceptional abrasion resistance. 3M boron carbide also resists high temperatures (up to 400°C) and corrosive chemicals, and it is optimized for consistently high purity and high boron content. Our manufacturing processes yield consistently high boron content of almost 80 wt%, and 3M boron carbide contains almost the exact theoretical boron-to-carbon ratio of 4.3. It is used in a wide variety of industries, from abrasive grinding and lapping to carbon-bonded refractories, and even the nuclear power industry. We offer 3M boron carbide products in a variety of forms, including functional fillers, abrasive pastes and final articles such as blast nozzles, wear protecting tiles and neutron absorbing shapes.
Description
Sandblasting. Abrasive lapping. Machining ultra-hard metals, ceramics and synthetic gemstones. To withstand conditions in these demanding applications, it takes a material with extreme abrasion resistance – like 3M™ Boron Carbide. Sometimes called “black diamond," boron carbide is one of the hardest materials known – only diamond and cubic boron nitride are harder – giving it exceptional abrasion resistance. 3M boron carbide also resists high temperatures (up to 400°C) and corrosive chemicals, and it is optimized for consistently high purity and high boron content. Our manufacturing processes yield consistently high boron content of almost 80 wt%, and 3M boron carbide contains almost the exact theoretical boron-to-carbon ratio of 4.3. It is used in a wide variety of industries, from abrasive grinding and lapping to carbon-bonded refractories, and even the nuclear power industry. We offer 3M boron carbide products in a variety of forms, including functional fillers, abrasive pastes and final articles such as blast nozzles, wear protecting tiles and neutron absorbing shapes.

Suppliers

Company
Product
Description
Supplier Links
3M™ Boron Carbide -  - 3M Advanced Materials Division
St. Paul, MN, USA
3M™ Boron Carbide
3M™ Boron Carbide
Sandblasting. Abrasive lapping. Machining ultra-hard metals, ceramics and synthetic gemstones. To withstand conditions in these demanding applications, it takes a material with extreme abrasion resistance – like 3M™ Boron Carbide. Sometimes called “black diamond," boron carbide is one of the hardest materials known – only diamond and cubic boron nitride are harder – giving it exceptional abrasion resistance. 3M boron carbide also resists high temperatures (up to 400°C) and corrosive chemicals, and it is optimized for consistently high purity and high boron content. Our manufacturing processes yield consistently high boron content of almost 80 wt%, and 3M boron carbide contains almost the exact theoretical boron-to-carbon ratio of 4.3. It is used in a wide variety of industries, from abrasive grinding and lapping to carbon-bonded refractories, and even the nuclear power industry. We offer 3M boron carbide products in a variety of forms, including functional fillers, abrasive pastes and final articles such as blast nozzles, wear protecting tiles and neutron absorbing shapes.

Sandblasting. Abrasive lapping. Machining ultra-hard metals, ceramics and synthetic gemstones. To withstand conditions in these demanding applications, it takes a material with extreme abrasion resistance – like 3M™ Boron Carbide. Sometimes called “black diamond," boron carbide is one of the hardest materials known – only diamond and cubic boron nitride are harder – giving it exceptional abrasion resistance. 3M boron carbide also resists high temperatures (up to 400°C) and corrosive chemicals, and it is optimized for consistently high purity and high boron content.

Our manufacturing processes yield consistently high boron content of almost 80 wt%, and 3M boron carbide contains almost the exact theoretical boron-to-carbon ratio of 4.3. It is used in a wide variety of industries, from abrasive grinding and lapping to carbon-bonded refractories, and even the nuclear power industry. We offer 3M boron carbide products in a variety of forms, including functional fillers, abrasive pastes and final articles such as blast nozzles, wear protecting tiles and neutron absorbing shapes.

Supplier's Site

Technical Specifications

  3M Advanced Materials Division
Product Category Industrial Ceramic Materials
Product Name 3M™ Boron Carbide
Material Type Carbide Material; Boron Carbide
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