SICHUAN FOREVER RADIATION TECHNOLOGY CO.,LTD
SICHUAN FOREVER RADIATION TECHNOLOGY CO.,LTD
3LPE Heat Shrink Sleeves For Field Coating
  • 3LPE Heat Shrink Sleeves For Field Coating
  • 3LPE Heat Shrink Sleeves For Field Coating
  • 3LPE Heat Shrink Sleeves For Field Coating
  • 3LPE Heat Shrink Sleeves For Field Coating
  • 3LPE Heat Shrink Sleeves For Field Coating
3LPE Heat Shrink Sleeves For Field Coating
3LPE Heat Shrink Sleeves For Field Coating
3LPE Heat Shrink Sleeves For Field Coating
3LPE Heat Shrink Sleeves For Field Coating
3LPE Heat Shrink Sleeves For Field Coating

3LPE Heat Shrink Sleeves For Field Coating

  • $10.00
    ≥100 Set/Sets
Min. Order:
100 Set/Sets
Min. Order:
100 Set/Sets
Transportation:
Ocean, Land, Air, Express
Port:
Qingdao, Shanghai, Shenzhen
Quantity:

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Basic Info
Basic Info
Place of Origin: SICHUAN, CHINA
Productivity: 1000 SETS EACH DAY
Supply Ability: 1000 Sets per day
Payment Type: T/T,L/C
Incoterm: FOB,CFR,CIF,EXW
Certificate: ISO 9001,ISO 14001
Transportation: Ocean,Land,Air,Express
Port: Qingdao,Shanghai,Shenzhen
Product Description
Product Description

Heat Shrinkable Sleeves covered 3LPE Heat Shrink Sleeves,2PE Heat Shrink Tape,3LPP Wrap Around Sleeve

HDD Heat Shrink Wrap Sleeves,Shrinkable Tape Closure Patch

Construction

Three Layers system
Three Layers System First Layer:- Liquid Epoxy, Solvent free two component 
Second Layer:- High Shear strength copolymer adhhesive
Third Layer:- Radiation cross linked, high density polyethylene with permanent Change Indicator
Maximum Operating Temperature 85 Degree Centigrade
Min Preheat Temperature 70 Degree Centigrade
Compatible Line Coating PE/FBE/Coal Tar/DFBE
Standard ASTMD 638,ASTM D 2240,ASTM D 149,ASTM D 570,ASTM D 1000,ASTM D 870,ASTM D 2671,ASTM E 28,ASTM G 14,EN 12068,ISO 21809-3
Sleeve Backing thickness 0.80mm,1.0mm,1.2mm,1.5mm
Hot melt adhesive thickness 0.60mm,0.7mm,0.8mm,1.0mm,1.2mm,1.5mm
Sleeve Width 300mm,350mm,450mm,470mm,500mm,520mm,600mm
Sleeve Length for one joints DIX1.07+0.12m 
PE Backing Density ≥0.95 gm/cc
Hardness of PE backing ≥50 Shore D
Ring and Ball Softening Point of adhesive ≥90°C
Lap Shear Strength at 10mm/min ≥3.0N/sq.mm
Peel Strength of installed sleeve 10mm/min ≥5.0 N/mm

Heat shrink means just that—when heat is applied to the sleeve, it shrinks in size and conforms to the surface it surrounds. A heat-shrink sleeve starts out with a thick extruded polyolefin sheet (polyethylene or polypropylene) that is formulated to be cross-linkable.

Heat-shrink sleeves have an adhesive that sticks the sleeve to the material and the factory-applied mainline coating, and also acts as a corrosion protective layer. The backing provides mechanical protection against abrasion and soil stress forces after the pipeline is buried. Heat wrap tape may used in addition for pipe bends, or as an alternative method for wrapping the whole pipe.

For example, when steel pipelines are built, they commonly consist of 10-12 meter long sections of steel pipe that had a protective coating applied in the factory. The factory leaves an uncoated area at each end of the pipe, called a cutback, so that when welding the pipe sections together, the coating is not damaged. Heat-shrinkable sleeves are then applied onto the cutback at the field weld, or field joint, during the construction of a pipeline.

Heat-shrink sleeves have a very wide range of applications. The ease of use makes heat-shrink sleeves a convenient option. In addition, heat-shrink sleeves have the well-known advantages associated with plastics materials—good insulation and chemical resistance, toughness, flexibility and excellent colorability.

Properly specified and applied heat-shrink sleeves can provide corrosion and mechanical protection that is equal to or superior to the mainline coating, be it a tape, epoxy or multi-layer polyolefin. It resists impact, abrasion and ultraviolet light as well as cathodic disbondment and dielectric breakdown.

Features:


Excellent multi-functional adhesive that allows lower installation in pre-heat temperature and bonding to 3LPE/DFBE/FBE/CTE
Full resistance to shear forces induced by soil and thermal movements.
Superior cathodic disbondment, hot water immersion resistance and Thermal ageing resistance that offers the optimum barrier long term protection against corrosion.
Reduction in time and cost by lower pre-heat temperature, wet epoxy primer application.


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