Zinc Borate CAS 12767-90-7 | 1332-07-6
Zinc Borate CAS 12767-90-7 | 1332-07-6
Zinc Borate CAS 12767-90-7 | 1332-07-6
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  • Zinc Borate CAS 12767-90-7 | 1332-07-6
  • Zinc Borate CAS 12767-90-7 | 1332-07-6
  • Zinc Borate CAS 12767-90-7 | 1332-07-6

Zinc Borate CAS 12767-90-7 | 1332-07-6


Product Description

Molecular Formula:2ZnO3B2O3.3.5H2O Molecular Weight:434.62 EINECS:235-804-2 Package: 5kg /10kg /25kg /200kg Worldwide Delivery Made in China

Product Details


Introduction

Zinc borate is an environmentally friendly inorganic flame retardant. The most commonly used variety is 3.5 hydrated zinc borate, with a molecular weight of 434.62, white triclinic crystal or amorphous powder, slightly soluble in water, crystal insoluble in hydrochloric acid, and amorphous powder soluble in hydrochloric acid.

The zinc borate produced by our company has the characteristics of non-toxicity, low water solubility, high thermal stability, ultrafine particle size, excellent dispersibility, etc., and has good smoke elimination and synergistic effects when combined with other flame retardants.

 

Specification 

Item

KT-ZB-2335

KT-ZB-2335A

Conductivity (us/cm)

≤2000

≤300

Appearance

White power

ZnO content (%)

37-40

B2O3 content (%)

45-48

Moisture (%)

≤0.5

Burning weight loss (%)

13.5-15.5

1% decomposition temperature (℃, N2 atmosphere)

300

Average particle size D50 (um)

3-5

 

Application

1.Recommended use:

PVC, PE, EVA, PP, reinforced polyamide, polystyrene, epoxy resin, natural rubber, styrene butadiene rubber, chloroprene rubber

2.Can be used:

Paper, fiber fabric, decorative board, floor leather, wallpaper, carpet, ceramic glaze, fungicide, paint

3.Recommended dosage:

Used as flame retardant or flame retardant synergist, the recommended dosage is about 2-15% of the material mass. The dosage for other purposes varies from 2 to 30%.

Flame retardant wood board

Instructions for use:

This product is susceptible to moisture and should be placed in a cool, dry place. Use as soon as possible if the package is damaged.

If the package is damaged or damp, dry it at 100℃±10℃ for 2 hours before use.

The above usage characteristics are empirical values and vary depending on the main material and usage conditions.

Users can make process adjustments based on actual conditions to achieve the best use effect.

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