• Highly Dispersible Silica for Tires
Highly Dispersible Silica for Tires
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Highly Dispersible Silica for Tires

Silica has high activity, which gives it many special properties such as optical shielding, nonlinear resistance, etc., and has always been one of the important fillers for rubber, plastics, coatings and other products.

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    Product Use

    Usage

    High Performance Tire

    High Performance Tire

    Type Type

    Index Index

    Item Item

     

    Test Method

    Test Method

    LKHD115MP

    LKHD200MP

    LKHD165MP

    LKHD115GR

    LKHD200GR

    LKHD165GR

    LKHD7000GR

    LKHD9000GR

    LKHD5000GR

    Appearance

    Apperance

     

    Visual Inspection

    Microbead

    Micro-pearl

    Particle

    Granule

    Particle

    Granule

    Specific Surface Area( N2 Adsorption) - Multipoint Method

    Specific Surface Area(N2-Tristar)

    M 2/g

    GB/T

    10722

    100-130

    200-230

    150-180

    100-130

    200-230

    150-180

    165-185

    200-230

    100-130

    CTAB

    M 2/g

    GB/T

    23656

    95-125

    185-215

    145-175

    95-125

    185-215

    145-175

    150-170

    175-205

    95-125

    Heating Reduction ( 105 ℃, 2h

    Moisture Loss at 105 ℃, 2hour

    %

    HG/T

    3065

    6.0-7.0

    6.0-7.0

    6.0-7.0

    Loss on ignition ( 1000 ℃)

    Ignition Loss at 1000

    %

    HG/T

    3066

    7.0

    7.0

    7.0

    PH ( 5% Aqueous suspension)

    PHvalue(10% aq

     

    HG/T

    3067

    6.0-7.0

    6.0-7.0

    6.0-7.0

    Conductivity ( 4% Suspension)

    Electr.Conductivity(4% aq)

    uS/cm

    ISO787-14

    ≤1000

    ≤1000

    ≤1000

    Sieve Residue >300 μ m

    Ro-Tap Sieve Residue >300 μ m

    %

    ISO5794-1F

     

    ≥80

     

    Sieve Residue <75 μ m

    Ro-Tap Sieve Residue <75 μ m

    %

    ISO5794-1F

     

    ≤10

     

    Product standard

    Product standard

    GB/T32678-2016

    Remarks

    Remarks

    300 μ m=50 Mesh             75 μ m=200 Mesh

    300 μ m=50mesh           75 μ m=200mesh

     

     

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