Boride Compounds

About Boride Compounds

A boride is a chemical compound composed of boron and another element that is less electronegative. Borides constitute a broad category of compounds that generally exhibit high melting points and non‐ionic bonding. Some borides display physical properties that are beneficial for specific applications.

Borides are broadly categorised as either boron‐rich or metal‐rich. When the ratio of boron atoms to metal atoms is 4:1 or greater, the compound is generally considered boron‐rich; if the ratio is lower, it is considered metal‐rich.

SAM supplies boride compounds that have been verified to meet industry specifications and are available at competitive prices.

Main Features of Boride Compounds:

Hardness: The boride compounds demonstrate measurable hardness according to standard tests. They are suitable for applications that require minimal wear and abrasion and the ability to operate at high temperatures.

Precision Manufacturing: The boride compounds are produced using precision‐controlled processes. They retain structural integrity under extreme conditions, as confirmed by standard mechanical tests.

Thermal Stability: The compounds maintain stable performance at elevated temperatures. This performance has been verified under conditions where many conventional materials do not meet defined criteria.

Diverse Applications: The boride compounds are used across multiple industries, including aerospace and industrial manufacturing. They fulfil specific material property requirements for tooling and components used in controlled environments.

Industries Served:

Manufacturing: In precision manufacturing processes, boride compounds are incorporated into tools and machine components. Their performance is measured against standard service life criteria.

Aerospace: In the aerospace sector, boride compounds are utilised in critical components. They are designed to meet performance and longevity standards under defined environmental conditions.

Mechanical Engineering: For mechanical parts exposed to adverse conditions, boride compounds provide hardness and wear resistance. Their incorporation helps to extend the service life of key components as confirmed by standard testing.

Research and Development: Researchers benefit from the measurable properties of boride compounds. These properties support experimental studies in materials science and engineering.

Considerations for Selecting Our Boride Compounds:

Quality Assurance: The compounds are subjected to standardised tests that verify compliance with industry specifications. This testing ensures material performance remains consistent.

Technical Expertise: Experts from SAM provide consultation regarding the appropriate boride compounds for specified applications, based on valid technical data.

Sustainability: The boride compounds are engineered for an extended service life and are designed to support environmentally sustainable manufacturing and design processes.