Blend Polyols for Spray Insulation

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Multi-product classification

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Blend Polyols for Spray Insulation
  • A, B, C

  • Product overview
    A

    Product Introduction:
    which has excellent performances, which are as follows,
    1)fine and uniformity cells
    2)low thermal conductivity
    3)perfect flame resistance
    4)good low temperature dimentional stability.
    It applies to all kinds of thermal insulation engineering which uses the spray technology, such as cold rooms, pots, large-scale pipelines and construction metope etc.


    Physical Properties:

    Appearance

    Pale yellow to brown viscous liquid

    Hydroxyl Value

    mgKOH/g

    310-380

    Dynamic Viscosity (25 ℃)

    mPa.s

    100-200

    Specific gravity (20 ℃ )

    g/ml

    1.12-1.20

    Storage Temperature

    ℃

    10-25

    Storage Stability

    month

    6

    Recommended Ratio:

    pbw

    A blend polyols

    100

    Isocyanate

    100-105

    Reactivity Characteristics:(The temperature of the system is 20℃,and the exact value varied depending on processing condition)

    Cream Time

    s

    3-5

    Gel Time

    s

    6-10

    Foam Performances:

    Items

    Test Method

    Index

    Spray Density

    GB 6343

    ≥35kg/m3

    Closed-cell Rate

    GB 10799

    ≥90%

    Initial Thermal Conductivity(15℃)

    GB 3399

    ≤24mW/(m.K)

    Compressive Strength

    GB/T8813

    ≥150kPa

    Adhesive Strength

    GB/T16777

    ≥120kPa

    Elongation at break

    GB/T9641

    ≥10%

    Dimensional Stability 24h -20℃

    GB/T8811

    ≤1%

    24h 70℃

    ≤1.5%

    Water Absorption

    GB 8810

    ≤3%

    Oxygen Index

    GB 8624

    ≥26


    ------------------------------------------------------------------------------------------------

    B


    Product Introduction:
    It is high density spray blend polyols, it reacts with isocyanate to produce foam which has excellent performances, which are as follows,
    1)fine and uniformity cells
    2)low thermal conductivity
    3)perfect flame resistance
    4)good low temperature dimentional stability .
    It applies to all kinds of thermal insulation engineering which use the spray technology, such as cold storages, pot, large-scale pipelines, construction roofs and all types of abnormity thermal insulation projects.



    Physical Properties:

    Appearance

    Light yellow to brown viscous liquid

    Hydroxyl Value

    mgKOH/g

    310-380

    Dynamic Viscosity (25 ℃)

    mpa.s

    100-200

    Gravity (20 ℃ )

    g/ml

    1.12-1.20

    Storage Temperature

    ℃

    10-25

    Storage Stability

    month

    6

    Recommended Ratio:

    pbw

    B blend polyols

    100

    Isocyanate

    100-105

    Reactivity Characteristics:(The temperature of the system is 20℃,and the exact value varied depending on processing condition)

    Cream Time

    s

    3-5

    Gel Time

    s

    6-10

    Foam Performances:

    Items

    Test Method

    Index

    Spray Density

    GB 6343

    ≥50kg/m3

    Closed-cell Rate

    GB 10799

    ≥90%

    Initial Thermal Conductivity(15℃)

    GB 3399

    ≤24mW/(m.K)

    Compressive Strength

    GB/T8813

    ≥300kPa

    Adhesive Strength

    GB/T16777

    ≥120kPa

    Elongation at break

    GB/T9641

    ≥10%

    Dimensional Stability 24h -20℃

    GB/T8811

    ≤1%

    24h 70℃

    ≤1.5%

    Water Absorption

    GB 8810

    ≤3%

    Oxygen Index

    GB 8624

    ≥26

    --------------------------------------------------------------------------------------

    C

    Product Introduction:
    It  is spray blend polyols, blowing agent is HFC-365mfc/227 instead of HCFC-141B, it reacts with isocyanate to produce foam which has excellent performances, which are as follows,
    1)fine and uniformity cells
    2)low thermal conductivity
    3)perfect flame resistance
    4)good low temperature dimensional stability.
    It applies to all kinds of thermal insulation engineering which uses the spray technology, such as cold rooms, pots, large-scale pipelines and construction metope etc.


    Physical Properties:

    Appearance

    Light yellow to brown viscous liquid

    Hydroxyl Value

    mgKOH/g

    200-300

    Dynamic Viscosity (25 ℃)

    mpa.s

    100-200

    Gravity (20 ℃ )

    g/ml

    1.12-1.20

    Storage Temperature

    ℃

    10-25

    Storage Stability

    month

    6

    Recommended Ratio:

    pbw

    C blend polyols

    100

    Isocyanate

    100-105

    Reactivity Characteristics:(The temperature of the system is 20℃,and the exact value varied depending on processing condition)

    Cream Time

    s

    3-5

    Gel Time

    s

    6-10

    Foam Performances:

    Items

    Test Method

    Index

    Spray Density

    GB 6343

    ≥38kg/m3

    Closed-cell Rate

    GB 10799

    ≥90%

    Initial Thermal Conductivity(15℃)

    GB 3399

    ≤24mW/(m.K)

    Compressive Strength

    GB/T8813

    ≥150kPa

    Adhesive Strength

    GB/T16777

    ≥120kPa

    Elongation at break

    GB/T9641

    ≥10%

    Dimensional Stability 24h -20℃

    GB/T8811

    ≤1%

    24h 70℃

    ≤1.5%

    Water Absorption

    GB 8810

    ≤3%

    Fire Resistance

    GB8624

    Class B2