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Technical information
BOLA materials
Belong to the family of thermoplastics. The higher the fluoric content, the better the thermal and chemical capacity of fluoropolymers.
BOLA materials at a glance
> PTFEGlossaryPTFE Polytetrafluoroethylene
> PTFEGlossaryPTFE Polytetrafluoroethylene – TFM
> FEPGlossaryFEPTetraflouroethylene-Perflouropropylene
> PFAGlossaryPFA Perfluoroalkoxy
> ETFE
> PVDFGlossaryPVDF Polyvinylidene Fluoride
> PVFGlossaryPVF Polyvinylfluoride
> PPSGlossaryPPS Polyphenylsiloxan
> PEEKGlossaryPEEK Polyetheretherketone
> PPGlossaryPP Polypropylene
> PAGlossaryPAPolyamide
> PSGlossaryPS Polystyrene
> Material properties
Unique properties are:
- universal chemical resistance
- high thermal load capacity (-200 °C up to +260 °C)
- resistance to all sterilisation temperatures
- non-flammable
- resistant to environmental changes (weather, light)
- non-adhesiveGlossaryadhesiveDue to polarity, a substance has a certain power which allows it to adhere to another substance, for example liquids adhere to walls of containers. BOLA labware normally has non-adhesive properties.
- ultra-low friction coefficient
- unbreakable
- physiologically safe
- inertGlossaryinert Inert substances are stable and not chemically reactive. All fluoroplastics used by BOLA are inert. The risk of dangerous reactions only exists for temperatures exceeding 350°C. , no taste, odourless
- UV-resistant
