Technical Benefits of this HENZE Boron Nitride Solution:
HENZE HeBoSint®, sintered Boron Nitride …
- is resistant to temperatures exceeding 900°C in air
- offers outstanding thermal shock resistance
- is not wetted by most glass melts
- is non-adherent and non-marking
- prevents “hot spots“ thanks to its excellent thermal conductivity
HENZE offers:
- a wide range of HeBoSint® Boron Nitride qualities for all typical applications arising in the glass industry typischen Anforderungen in der Glasproduktion
- expert advice – our application engineers will visit your premises if required
- high precision manufacture of spanker plates, distance pieces, and other components for the glass industry according to your specs in our state-of-the-art machining centre
- manufacturing capacity for quantities ranging from prototype production to large scale requirements
HeBoSint® augments Process Stability in the Manufacture of Tubular Glass and Plate Glass
Where are the down-time risks?
When glass beads are dosed onto so-called spanker plates prior to being transferred to the next step in the manufacturing process, e.g. of cathode ray tubes, there is a risk of undesirable graphite contamination of the spanker plates. In the plate glass industry, guide rollers and scrapers made from Graphite are used. The Graphite is subject to high wear rates which can lead to surface defects.
HeBoSint® reduces down-time risk in hot zones of production lines
HeBoSint®, sintered Boron Nitride from HENZE is the ideal material for spanker plates, distance pieces, scrapers, guide rollers, and other components used in glass manufacturing.
Boron Nitride is not wetted by glass. This is why HeBoSint® virtually presents no risk of caking or contamination. Owing to its outstanding thermal shock resistance and its mechanical stability, components made from HeBoSint® are extremely durable – distinctly more so than graphite parts.
Find a technical solution in the area of functional polymers!
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