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Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation

ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
  • Audited Supplier
  • 7 yrs
Transactions: US$30,000+

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Product Highlights

  • Rapid Reaction Time: Components react within seconds to form a solid state, ensuring fast joint filling.
  • Ambient Temperature Process: No external heat sources required; cures effectively at ambient temperatures.
  • Eco-Friendly Formulation: Zero ODP category with no CFCs, HCFCs, or solvents required.
  • Customizable Density: Available in a range of foam densities from 6 to 10 lb/cu ft.
  • High Compressive Strength: Compressive strength at 90% deflection reaches 5.5 MPa.
  • Universal Coating Compatibility: Compatible with all conventional anti-corrosion field joint coating systems.

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Product Images of Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation

Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation pictures & photos
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
  • Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
    Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation

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Product Description

PRODUCT DESCRIPTION
LYR2150 High Density Polyurethane Foam (HDPF) polyurethane hard foam plastic is used to fill the joints (field joint) of the underground pipeline, to help protect the joints and make the joints with a diameter similar toto easily move through the tube roller tube when sprayed.
The material most commonly used by G-TECH is LYR2150. It is a custom-designed high density polyurethane foam (HDPF) with a typical moulded density between 90 kgs per cubic metre (Cellafoam - 150/6) and 160 kgs per cubic metre (Cellafoam - 150/10) un-saturated.
Formulated specifically for pipeline field joint applications, the LYR2150 system develops a rigid, open cell structure. Upon immersion, the open cells will absorb water, thereby increasing in overall density to approximately 1025 kgs/m3 (similar to seawater itself).
REQUIREMENTS SPECIFICATION
    1. HDPF including two liquid components when mixed together, react within a few seconds turn into solid state and completely filling the joints.
    2. The components:
  • "A": Polymeric isocyanate. An M.D.I., contains Diphenyl Methane-Diisocyanate
  • "B": Polyol Blend
    1. Chemical-Physical:
  • Dry density (overall): ≥ 160 kg/m3
  • Saturated density (overrall): ≥ 1025 kg/m3
  • Compressive strength at 90% deflection: 5.5 MPa
  • Open cell content (Free rise core) ASTM D2856 : ≥ 90%
  • Viscosity @ 21 0C: 50-150 cps
  • Environmennt: CFCs and HCFCs are not allowed
    1. Response properties:
  • Mixing ratio (A:B): 1-1 by volume
  • Elongation ASTM D 638: min.5%
  • Cream time: /
  • Rise time: /
  1. PACKING REQUIREMENTS:
Materials are contained in metal drums / 200 liters (Total:543 drums) and plastic packaging according to the manufacturer's standards. On the packaging with the name of materials, specifications, weight, batch number, name and address of the manufacturer and safety information on chemicals in accordance with international standards.


Feature
• No heat sources are necessary
(process at ambient temperatures)
• Commercially attractive
• Rapid cycle times
• Re-usable or expendable / disposable
(metallic or plastic) mould systems
• Compact, reliable application
equipment
• Compatibility with all conventional
anti-corrosion field joint coating systems
• ODP - zero category formulation
(no ozone damaging CFC solvents)
• Water blown
• No solvents required - all equipment
is air-purged
• A range of foam densitys are available
(6-10 lb / cu ft) typically


Foam Performacne:

Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
 

Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation

Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation

Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation


Rigid High Density Open Cell Polyol Miture PU Foam Insulation for Field Joint Infill Subsea Pipeline Insulation
 

About the Supplier

This supplier has been audited by SGS. Verify the report on the official SGS website with ID "QIP-ASR2351317". Items marked "verified" are certified.

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ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.
ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.

About Our Factory & Business Background

Address
No. 189 West Xincun Rd, Zhangdian District, Zibo, Shandong, China
verified Registered Capital
1,000,000 RMB
Terms of Payment
LC, T/T, D/P, PayPal, Western Union, Small-amount payment, Money Gram
International Commercial Terms(Incoterms)
FOB, CFR, CIF, DAT, FAS, DDP, DAP, CIP, CPT, FCA, EXW, Others
Average Lead Time
Peak Season Lead Time: within 15 workdays
Off Season Lead Time: within 15 workdays
Nearest Port
QINGDAO PORT,CHINA

Our Production Capability & Technical Expertise

Main Products
Polyurethane Adhesive, PU Adhesive, Adhesive Glue, Adhesive Sealant, Polyurethane Foam, PU Foam, Polyol and Isocyanate, Rubber Mat, Polyurethane Prepolymer, Thermoplastic Polyurethane

Our Industry Experience & Global Business Record

verified Year of Establishment
2018-03-16
Export Year
2005-07-01
Main Markets
North America, South America, Eastern Europe, Southeast Asia, Africa, Oceania, Mid East, Eastern Asia, Western Europe

FAQ

How long does it take for the material to react?
The two liquid components react within a few seconds to turn into a solid state.
Are heat sources required for the application?
No, the process can be performed at ambient temperatures without any heat sources.
Is the foam environmentally friendly?
Yes, it is a zero ODP category formulation with no ozone-damaging CFC solvents or other solvents required.
What is the mixing ratio for the components?
The mixing ratio of Component A (Isocyanate) to Component B (Polyol) is 1:1 by volume.
Can the foam density be customized?
Yes, a range of foam densities are available, typically from 6 to 10 lb/cu ft.
What is the compressive strength of the foam?
The compressive strength at 90% deflection is 5.5 MPa.
What is the lead time for production?
The average lead time is within 15 workdays for both peak and off-peak seasons.

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