XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line
XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line
XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line
+
  • XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line
  • XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line
  • XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line

XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line

XPE, or chemically cross-linked polyethylene foam material, is made of low-density polyethylene resin, cross-linking agent and foaming agent through high-temperature continuous foaming. Compared with other foaming materials, it has higher tensile strength and finer pores. IXPE, or radiation-cross-linked polyethylene foam, is made of polyethylene as the main raw material, mixed with foaming agent and other additives to form a master sheet, which is irradiated by high-energy electron beams generated by industrial electron accelerators to produce cross-linking (therefore different from traditional chemical cross-linking) to change the molecular structure of polyethylene into a tight three-dimensional network structure. After a series of processing steps such as free foaming, shaping, cooling and winding, an environmentally friendly closed-cell foam material is produced.

CONTACT US
  • Product Description
    • 商品名称: XPE/IXPE Chemical Cross-link PE Foamed Sheet Production Line

    XPE, or chemically cross-linked polyethylene foam material, is made of low-density polyethylene resin, cross-linking agent and foaming agent through high-temperature continuous foaming. Compared with other foaming materials, it has higher tensile strength and finer pores. IXPE, or radiation-cross-linked polyethylene foam, is made of polyethylene as the main raw material, mixed with foaming agent and other additives to form a master sheet, which is irradiated by high-energy electron beams generated by industrial electron accelerators to produce cross-linking (therefore different from traditional chemical cross-linking) to change the molecular structure of polyethylene into a tight three-dimensional network structure. After a series of processing steps such as free foaming, shaping, cooling and winding, an environmentally friendly closed-cell foam material is produced.

     

    XPE or chemically cross-linked polyethylene foam material, is made of low-density polyethylene resin, cross-linking agent and foaming agent through high-temperature continuous foaming. Compared with other foaming materials, it has higher tensile strength and finer pores. IXPE, or radiation-cross-linked polyethylene foam, is made of polyethylene as the main raw material, mixed with foaming agent and other additives to form a master sheet, which is irradiated by high-energy electron beams generated by industrial electron accelerators to produce cross-linking (therefore different from traditional chemical cross-linking) to change the molecular structure of polyethylene into a tight three-dimensional network structure. After a series of processing steps such as free foaming, shaping, cooling and winding, an environmentally friendly closed-cell foam material is produced.

    XPE/IXPE foam products are recognized as environmentally friendly materials in the world because the main gas contained in the material is nitrogen, which is non-toxic to the human body and non-polluting to the atmosphere. The internal structure is a uniformly distributed closed-cell structure, which is an ideal material for automobile and air conditioning insulation. In recent years, it has developed rapidly in the sports and leisure products market, such as surfboards, moisture-proof mats, yoga mats, etc. It also has certain uses in construction and has a wider application in flame retardant materials.

     

    Granulating unit

    Banburying machine

    Model

     

    TJ-ZL-35L-120×15

    TJ-ZL-55L-135×15

    TJ-ZL-75L-150×15

    Capacity

    L

    35

    55

    75

    The main motor power

    KW

    55

    75

    110

    Output(approx)

    Kg/h

    150-220

    220-300

    220-300

    Dimensions (L×W×H)(approx)

    m

    2.3×1.4×2.8

    2.5×1.6×3.0

    2.5×1.8×3.2

    Pelletizer machine

    Screw

     

    Ø120x15

    Ø135x15

    Ø150x15

    The main motor power

    KW

    45

    55

    75

    Output(approx)

    Kg/h

    150-220

    220-300

    220-300

    Dimensions (L×W×H)(approx)

    m

    3.5×2.4×1.4

    3.6×2.7×1.6

    3.8×3.0×1.8

     

    Sheet unit

    Model

     

    TJ-ZP-150×28

    TJ-ZP-160×28

    TJ-ZP-170×28

    Extruder

     

    Ø150/28

    Ø160/28

    Ø170/28

    The main motor power

    KW

    132

    132

    160

    Output(approx)

    Kg/h

    140-160

    160-180

    180-200

    Dimensions (L×W×H)(approx)

    m

    11×3.0×2.8

    12×3.2×3.0

    13×3.4×3.2

                  

    Horizontal foaming unit

     

    Model

     

    TJ-P-FP-22x1.5

    TJ-P-FP-22x1.8

    TJ-P-FP-22x2.0

    Oven shell dimensions(L×W)

    m

    22x2.7x5

    22x2.5x5.2

    22x2.7x5.4

    Heat 

    Kcal/h

    220000

    240000

    250000

    Power

    KW

    50

    55

    60

    Max.output(approx)

    Kg/h

    120-180

    160-200

    180-240

    Thickness of product

    mm

    3-15

    3-15

    3-15

    Width of product

    mm

    600-1500

    600-1800

    600-2000

            

    Vertical  foaming unit

    Model

     

    TJ-CZFP-(8+4)x1.2

    TJ-CZFP-(8+4)x1.5

    TJ-CZFP-(8+4)x1.8

    Oven shell dimensions(L×W)

    m

    8x1.2+4x1.8

    8x1.5+4x2.0

    8x1.8+4x2.3

    Power

    KW

    160+11

    180+11

    200+11

    Max.output(approx)

    Kg/h

    60-90

    80-120

    100-150

    Thickness of product

    mm

    0.5-5

    0.5-5

    0.5-5

    Width of product

    mm

    600-1200

    700-1500

    800-1800

     

    Application

    ① Construction: thermal insulation, sound insulation, and moisture insulation for roofs, floors, and interior walls of residential buildings, office buildings, especially foreign-related luxury hotels and hotels; thermal insulation for oil storage tanks, cold storage, central air conditioners, and pipeline facilities; thermal insulation for vegetable greenhouses.

    ② Transportation: moisture-proof and antifreeze layers for roadbeds in cold areas; thermal insulation for vehicles, ships, and aerospace engineering.

    ③ Sports and fitness: safety protection layers for kindergartens and medical protective equipment; high-end children's crawling mats, yoga mats, puzzle boards, wrestling mats, military camping mats, and camping tents.

    ④ Packaging: precision measuring tools, cutting tools, and electronic products; packaging materials for high-end foods, health products, and cosmetics, etc.

CONTACT US