How is borazon made?

You are learning about: “How is borazon made?”. This is a “hot” question with 30,100 searches/month. Let’s fleetserviceshocrv.com learn more about How is borazon made? in this article.


Borazon is a crystal created by heating equal quantities of boron and nitrogen at temperatures greater than 1800 °C (3300 °F) at 7 GPa (1 million lbf/in 2). Borazon was first produced in 1957 by Robert H. Wentorf, Jr., a physical chemist working for the General Electric Company.

What is the history of Borazon?

Borazon was first produced in 1957 by Robert H. Wentorf, Jr., a physical chemist working for the General Electric Company. In 1969, General Electric adopted the name Borazon as its trademark for the material.

Why is borazon used as an abrasive?

The latter allotropic form, called borazon, is capable of withstanding oxidation at much higher temperatures and is extremely hard—properties that make it useful as a high-temperature abrasive.

See also  How to get bugs away?

What is the difference between Borazon and aluminium oxide?

Aluminium oxide was the conventional abrasive used on hardened steel tools. Borazon replaced aluminium oxide for grinding hardened steels owing to its superior abrasive properties, comparable to that of diamond.

What are Borazon wheels used for?

CBN-coated grinding wheels, referred to as Borazon wheels, are routinely used in the machining of hard ferrous metals, cast irons, and nickel-base and cobalt-base superalloys. They can grind more material, to a higher degree of accuracy, than any other abrasive.


OW-4 borazon


More about How is borazon made?


1. Borazon – Wikipedia

Borazon is a crystal created by heating equal quantities of boron and nitrogen at temperatures greater than 1800 °C (3300 °F) at 7 GPa (1 million lbf/in 2 ). Borazon was first produced in 1957 by Robert H. Wentorf, Jr., a physical …

From en.wiki.hereiszyn.com

2. Borazon® CBN Resin bond – Hyperion

Borazon® CBN 420 (Density 5.4 g/cm 3; coating level 60%) This product is made up of a special coating chemically bonded to Borazon CBN 400 for resin bond applications. Borazon CBN 420 provides increased retention of CBN crystal, longer production life, …

From www.hyperionmt.com

3. On This Day – Feb 12 : Wentorf made borazon – RSC Education

Borazon, a material hard enough to scratch diamonds, is created by heating equal quantities of boron and nitrogen at temperatures greater than 1,800 °C. It is used to manufacture high-precision steel and to sharpen high-speed steel tools. Diamonds are for everything.

From edu.rsc.org

5. borazon | chemical compound | Britannica

Other articles where borazon is discussed: boron: Compounds: The latter allotropic form, called borazon, is capable of withstanding oxidation at much higher temperatures and is extremely hard—properties that make it useful as a high-temperature abrasive.

From www.britannica.com

6. What does Borazon mean? – definitions

Borazon is a crystal created by heating equal quantities of boron and nitrogen at temperatures greater than 1800 °C at 7 GPa. Borazon was first produced in 1957 by Robert H. Wentorf, Jr., a physical chemist working for the General Electric Company. In 1969, General Electric adopted the name Borazon as its trademark for the material.

From www.definitions.net

7. Dressing/conditioning diamond and CBN Borazon grinding wheels

Jun 24, 2019 · Hand dressing with a DIT Type A dressing stick (aluminum oxide) is the simplest and most basic process. 1st: Use the proper grit size and abrasive dressing stick. For wheels with a mesh size of 270 and coarser, use a Type A 220-grit stick. For wheels with a mesh size of 320 and finer, use a Type AF 320-grit stick.

From www.ctemag.com

8. Grinding Wheels – Borazon Grinding Wheel – Trout Underground

7 x 3/16″ precision borazon grinding wheel made in usa. this is a national diamond lab borazon wheel 7 x 3/16 x 1/8 this wheel was balanced at the factory and comes with a balancing hub adapter. still has close to all of the 1/8′ borazon left. the balancing hub alone makes this a …

From troutunderground.com


You are viewing in the category Quick Answer