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BERYLLIUM METALS – HIGH STRENGTH & LOW DENSITY MATERIALS FOR ADVANCED TECHNOLOGIES


Materion beryllium (Be) metals are essential for many of the most advanced technologies, providing an unmatched strength-to-weight ratio. In addition, beryllium metals are resistant to changing shape in temperature extremes. This combination of characteristics makes beryllium ideal for demanding applications, including satellites and space structures, imaging technologies and X-rays, military aircraft and telescopes.

Beryllium brings unrivaled advantages to its end-use applications, including:

  • Thermal conductivity that is better than aluminum
  • Moderate CTE & good natural dampening
  • Low neutron absorption & high reflectivity
  • High specific heat & high thermal conductivity
  • Higher Modulus as the temperature decreases
  • High infrared reflectance
  • Low density 

The use of beryllium has enabled technological breakthroughs previously thought unattainable. And, beryllium is recyclable.

VARIOUS SPECIALIZED BERYLLIUM METALS & APPLICATIONS

 

Our beryllium metals come in a range of forms and chemistries: 

Instrument grade: I-200-H, I-70-H are hot isostatically pressed beryllium grades used in space applications and for low-density optical applications that require reduced weight and the ability to keep their form when exposed to temperature extremes.

Nuclear grade: S-65, S-65-H are used for nuclear test reactors and fusion walls due to their neutron reflectivity and neutron kinetic energy absorption.

Optical grade: O-30-H is used in space optical applications due to the lower level scatter and ease to polish. This beryllium metal was used in the primary optics for the James Webb Space Telescope.

Pure beryllium metal: UHP9999 is 99.99% pure beryllium and is used in advanced research for p-type semiconductors and high-end neutron collimators.

Raw beryllium metal: B-26-D is a high purity beryllium for vacuum melting and casting. 

Structural grades: S-200-F, S-200-FC, S-200-FH, SR-200 are critical beryllium metals for space structures, EO/IR systems, SWaP replacement systems, semiconductors and ISR systems.

Compare the forms, uses and descriptions of Materion’s beryllium metals.


ENGINEERING DESIGN & PROJECT SUPPORT

Our beryllium metals provide higher strength-to-weight ratios than aluminum and higher resistance to heat. Engineers rely on beryllium metals for applications that are subjected to extreme temperature changes and nuclear applications that need to be neutron reflective.

Our Special Products and Application Development Engineering (SPADE) team can ensure that you get optimum results when using our beryllium metals for aerospace, defense, nuclear and space applications. We help manage projects and provide engineering support from design inception to project completion, even with the most complex design challenges.

Work with Materion’s SPADE group for engineering assistance on advanced applications.

SAFE HANDLING OF BERYLLIUM

Beryllium, its alloys, and its salts can be handled safely if certain work codes are observed, but no attempt should be made to work with beryllium before becoming familiar with proper safeguards. Read more from about the health and safety information when using beryllium.