Boron Carbide

About Borkarbid

B4C is a ceramic material discovered in 1899. It ranks third among known materials after diamond and cubic boron nitride. Its Mohs hardness measures approximately 9.49. Industry has used it for wear resistance and as an abrasive.

Borkarbid is the principal ceramic material for armour. It is deployed in ballistic armour systems and bulletproof vests. A single shot rarely penetrates it. Its true density is approximately 2.5 g/cm3. Several countries have added protection for military vehicles and personnel.

B4C absorbs neutrons effectively. It is used in the manufacture of radiation shields, control rods, and shutdown spheres for nuclear reactors. It absorbs neutrons without producing long-lived radionuclides. This property offers a measurable benefit.

Key Advantages:

Diverse Applications: Borkarbid is applied across several sectors. It is used in armoured systems, armour-piercing projectiles, abrasives, and nuclear reactor components.

High Hardness: Borkarbid exhibits one of the highest hardness levels among known materials. It is selected for applications that specify hardness and wear resistance.

Ballistic Protection: Borkarbid is employed in ballistic armour systems. It provides quantifiable protection against high-velocity projectiles.

Precision and Purity: Stanford Advanced Materials (SAM) adheres to strict industry standards. The product purity is regularly verified to meet performance criteria.

Technical Expertise: Our team has detailed expertise in Borkarbid properties and applications. We offer technical advice based on quantifiable data for specified requirements.

Reliable Supply: We ensure a continuous product supply. Our global logistics network delivers Borkarbid when and where it is required.

Our Range of Borkarbid Products:

SAM offers a range of Borkarbid products for several applications, including:

Ballistic Armour: Borkarbid is utilised in lightweight ballistic armour. It protects personnel and vehicles from high-velocity projectiles.

Abrasives: Borkarbid is processed into abrasives for cutting, grinding, and polishing hard materials. It delivers high wear resistance in demanding applications.

Nuclear Applications: Borkarbid is used as control rod material in nuclear reactors. Its high neutron absorption capacity is measured without the production of long-lived radionuclides.

Borkarbid Video