ZC175GR White Granular Precipitated Silica in shoe sole

Sales ZC175GR White Granular Precipitated Silica in shoe sole

Silica ZC-175GR is white granular rolled by German roll squeezer machine, with low dust, high bulk specific weight, un-floating, and easy to be transported and processed.


  • Properties : White granular form, precipitated silica is made of sodium silicate with sulfuric acide through hydrolysis. It can be dissolved by NaOH, HF. Other kinds of acid, water and solvents cannot dissolve the product.
  • Surface BET (m²/g) : 155-185
  • Chemical Formula : SiO2
  • CAS No. : 112926-00-8
  • EINECS No : 231-545-4

Product Detail  

ZC175GR Granular Precipitated Silica for Rubber

Better Transparency White Carbon Granular Precipitated Silica for rubber shoe sole and tire industry


Product Name

Amorphous Silica, SiO2, White carbon black, Precipitated Silica, Silica, Silicon Dioxide, Reinforcing filler, NV2, NV3.


Chemical Properties

White powder or granular form, precipitated silcia is made of sodium silicate with sulfuric acide through hydrolysis.

It can be dissolved by NaOH,HF. Other kinds of acid, water and solvents can not dissolve the product.


Specifications

Items

Specification

Appearance

White Granular

Loss at 105 oC 2h %

4.0-8.0

Igniting Loss 1000 oC 2h % Max.

7.0

DBP absorption Value cm3 /g

2.00-2.80

60Mesh sieve residue % Min

75

pH Value(5% aqueous suspension)

6.0-8.0

SiO2 % Min

97

BET specific surface area m2/g

155-185


Application

Precipitated silica ZC17GR is made as a semi-reinforcing filler in non-black SBR compounds.

Precipitated Silica ZC175GR has excellent reinforcement performance and surface activity in white and light-colored fillers and is widely used in rubber soles, tires, rubber pipes, rubber tapes, cots, rubber seals and other products.

ZC175GR produced a improvement in the wear resistance of these compounds. The formulas, based on a combination of SBR, silica, and high styrene resin, provided hitherto unavailable levels of abrasion and tear resistance.

These benefits, together with the elimination of the floor marking deficiency of black soles, led to the gradual replacement of carbon black and clay in both hard and soft soling.  

Beyond the soling and footwear markets, silica's adaptability to compounding in color made it a valuable new resource in belting, hose, and other mechanical goods products.

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