Zinborel®

ZINBOREL® is a zinc borate synthetic product. It is a boron based fire-retardant.

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CAS number: 138265-88-0
Applications: Wires / Cables (PVC)
Auto / Train upholstery (PVC)
Wall covering (PVC)
Coated fabrics / films (PVC)
wires and cables (EVA)
wires and cables (EPDM)
beltings ( Neoprene
SBR)
coatings (Neoprene)
Advantages: His refractive index is 1.57, similar to that of many polymeric matrices allowing the use of lower charges of pigments., It promotes the formation of a protective vitreous layer and of a strong char layer, which prevents the oxidation of carbon by limiting the available oxigen and suppresses smoke production., It acts as a synergist in conjunction with halogenated compounds, so that lower loadings of halogenated flame retardant additives are needed, in this way reducing the formation of corrosive smokes during fire., Its strong synergic effect with antimony trioxide allows sensible savings due the higher costs of antimony trioxide., In presence of alumina trihydrate (ATH), the synergic effect is enhanced even at lower charges of additives., It provides an improved resistance against electrical degradation: high anti arcing and anti-tracking indexes.
Handling

ZINBOREL® is a zinc borate synthetic product. It is a boron based fire-retardant.

Packaging

Price unavailable

Unit price

Price unavailable

Producer

Delivery location-

Minimum order-

Order quantity

CAS number: 138265-88-0
Applications: Wires / Cables (PVC)
Auto / Train upholstery (PVC)
Wall covering (PVC)
Coated fabrics / films (PVC)
wires and cables (EVA)
wires and cables (EPDM)
beltings ( Neoprene
SBR)
coatings (Neoprene)
Advantages: His refractive index is 1.57, similar to that of many polymeric matrices allowing the use of lower charges of pigments., It promotes the formation of a protective vitreous layer and of a strong char layer, which prevents the oxidation of carbon by limiting the available oxigen and suppresses smoke production., It acts as a synergist in conjunction with halogenated compounds, so that lower loadings of halogenated flame retardant additives are needed, in this way reducing the formation of corrosive smokes during fire., Its strong synergic effect with antimony trioxide allows sensible savings due the higher costs of antimony trioxide., In presence of alumina trihydrate (ATH), the synergic effect is enhanced even at lower charges of additives., It provides an improved resistance against electrical degradation: high anti arcing and anti-tracking indexes.
Handling