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HF-034


SBR powder styrene-butadiene rubber is a high-tech product completely independently developed by Xianyuan Technology and has 100% independent intellectual property rights. It first polymerizes styrene and butadiene into styrene-butadiene latex through low temperature (5 ° C) emulsion, and then according to the coil material., a polymer elastomer material produced by the production of rubber asphalt non-curing coatings and the use of properties to properly graft other monomers.

Key words:

XY-F034

Category:

Non-curing

HF-034


 

Scope of application:

Used as raw material for non-curing coatings of rubber asphalt

 

Product introduction:

SBR powder styrene-butadiene rubber is a high-tech product completely independently developed by Xianyuan Technology and has 100% independent intellectual property rights. It first polymerizes styrene and butadiene into styrene-butadiene latex through low temperature (5 ° C) emulsion, and then according to the coil material., a polymer elastomer material produced by the production of rubber asphalt non-curing coatings and the use of properties to properly graft other monomers. After adding waterproof SBR powder rubber, due to the active functional groups of SBR powder rubber itself, a special activity can be produced in waterproof membranes and coatings, so that waterproof membranes or coatings can be used in the curing process of Portland cement. The silicate in the cement forms a compound, resulting in chemical bonding to form a strong adhesive force. While improving the bonding force between the membrane and the cement base, SBR can also greatly improve the low temperature performance of waterproof membranes or coatings.

Product indicators:

The product control item indicators shall meet the requirements of Table 1.

 

project

indicator

appearance

white powder

Fineness (20 mesh standard sieve pass rate,%) ≥

97

Moisture,% ≤

2.5

molecular weight

200,000~ 300,000

Binding styrene mass fraction,%

21.5~35.0

Mooney viscosity of raw rubber, ML (1 + 4) 100 ℃

38~68

300% tensile stress, MPa

10~15

Tensile strength, MPa ≥

21

Elongation at break,% ≥

320

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