First and foremost, the high-performance powder of the BASIC LINE is characterised by its high fineness degree. As additives or fillers, they improve temperature resistance and non-wettability. Besides, they can easily be dispersed in liquid release agents, thereby ensuring good workability. It also ensures homogeneous, uniform layer formation in various end applications.
The pure white colour of the BASIC LINE offers plenty of scope for colour design. Customer-specific special colour requests can be realised easily. Thanks to their high specific surface, suspensions with the powders from the BASIC LINE are virtually settling stable. This way, HENZE BNP customers save much time and considerable costs in their production.
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This way to the HeBoFill® BASIC LINE data sheet
Thanks to its high degree of fineness, HF BL-SP 020 is the optimal filler in release agents.
Thanks to the high specific surface area, the viscosity of systems can be specifically adjusted with even the smallest addition quantities, and plenty more.
is a Boron Nitride powder with a distinctive platelet structure and high purity. Its broad grain size distribution ensures that this powder can be used in a wide variety of applications. It improves the high temperature properties of oils and greases and serves as a filler in release agents and polymers
Good wettability facilitates incorporation into liquid release agents as well as refractory coatings.
The very high fineness degree and the low agglomeration degree make BL-SP 025 the perfect all-rounder in additives or coatings and plenty more.
Thanks to the powder's fineness and platelet structure, it is ideally suited for use as an additive in release agents and lubricants.
Used as a filler in plastics, the powder increases thermal conductivity.
Very good lubricating properties, thanks to the pronounced plate structure
Broad grain spectrum ensures good and even distribution in the matrix, and plenty more
Is a boron nitride powder with very high specific surface area and partly turbostratic crystal structure. Crystallites in the submicro level form larger agglomerates, of medium particle size, up to 7 µm.
Especially the high specific surface area and the above average oxygen content lead to an increased reactivity of the BN in the high temperature level.
The cost-effective alternative to pure boron nitride.
Obtained by machining sintered boron nitride, this quality is characterised by its high boron nitride content and the proportion of valuable refractory zirconium and silicon compounds.
Powder mixture specially developed for use as a release agent and lubricant in aluminum extrusion.
Very good flowability enables fully automatic, electrostatic spray application u.v.m.
Particle size
Specific surface
Degree of agglomeration
Crystallinity 
Flowability
Bulk density
Grain size distribution 
