Nature Colored BIOHPP Veneer Crowncomely appearance ISO9001/2001

BioHPP® surpassed only by nature itself

The high-performance polymer BioHPP® was developed especially for intra-oral use. Bredent group's 10 years of experience in processing high-performance polymers based on PEEK forms the basis for this development.

By adding special ceramic fillers, BioHPP® now has optimum physiological and mechanical properties for use in dental prosthetics.

This innovative material forms the basis for pre-fabricated and individual abutments, as well as suprastructures on both fixed and removable implants.

Physiology = natural resilience

BioHPP® has a level of elasticity that is comparable to human jaw bone, therefore BioHPP® can be incorporated in the chewing system perfectly.

The chewing forces and load peaks are cushioned in a natural way, particularly in implant-supported restorations.

Framework and abutment materials used to date are 10 to 20 times more rigid - i.e. less flexible than bone, in comparison to BioHPP®.

The elasticity of BioHPP®, which is similar to bone, has a particularly positive effect in the mandible in the case of wide-span framework structures and in the case of immediate restoration of implants with abutments.

Shock absorption

The off-peak property significantly reduces the chewing force peaks in comparison with titanium, zirconium and ceramic.

The elasticity of BioHPP® reduces the chewing force peaks and distributes the application of force across the implant onto the bone over a longer period of time. This makes it possible to carry out immediate restoration of implants and optimal osseointegration

Biocompatible

PEEK has been successfully used in human medicine (finger prostheses, intervertebral discs of the spine and hip joint prostheses) for over 30 years now due to its excellent biocompatible material properties. These include the following, to name but a few examples: no loss of inherent strength or ageing, no electrolytic conduction possible, chemical stability, water solubility, lightweight material and resistant to gamma and x-ray radiation. Due to the additions which lead to BioHPP, the most stable non-metal material in dental medicine, these benefits are supplemented for the dental sector by further.

• Resistant to extreme stress

• Non-abrasive for the residual teeth

• Plaque-neutral