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Electron beam radiation system for tire pre-curing

  • Origin: China
  • Supply Type: oem service
  • Processing Time: 80
  • Min Order: 1

Supplier Info.

  • Employees Total 51-100
  • Annual Revenue US$5 Million - US$10 Million

Application:The uniform high-frequency electron beam scanning makes the material produce a C-C bonding layer on its surface , improving the stability of the shape and size of the semi-finished parts of the tire, thus significantly improves the durability and uniformity of the finished tire.

.pngHighlights:1,Improve tire quality and reduce production costs.2,Safe and reliable operation, suitable for ondding.3,Independent R&D makes the machine a low maintenance costs.Features:1, Using self-shielding body combined with reasonable circuit design and structural arrangement to ensure the shielding effect of the equipment: the radiation leakage dose is 45% lower than the European and American requirements standard.2, The beam frequency is high ensuring an uniform scanning process: the Y direction can reach 200Hz+, the X direction can reach 60Hz+; the scanning angle can be less than 60 °C.3, Eight security chain agencies: mainly divided into two major categories of machinery and electrical appliances, the radiation dose, shield two-layer door and air-cooled water cooling, electron beam focusing, scanning, breakdown and other switch points of the chain design to ensure personnel equipment Safety.4, Modular layout design, a small footprint. For example, the SF6 gas treatment system features a mobile integrated box design that is easier to service.5, The failure rate is as low as 1.5%, the technology is mature, and the sales of with same technical products at home and abroad have reached more than 300 units.

Main Parameters:

Items

EBR For PCR

EBRÂ For TBR

Materials to be irradiated

Carcass ply

Inner an>

Site to be embedded

Fabric calendaring n>

Inner duction an>

electron beam energy

(0.45~0.5)MeV(adjustable)

Adjustable range of electron beam

150mA

100mA

Scan width

1600mm

1200mm

Max beam power

75kW

50kW

Scan nonuniformity

≤±5%

Vacuum degree on- load running

Better than 2.0×10-4Pa

Way of working

24/7(Nonstop)

Leakage dose

≤1µSv/h(When the distance from the device is 100mm)

Noise level

≤80db(A)

SGTL

≤1%(Under prescribed circumstances)

Energy instability

≤±2%

Beam instability

≤±2%

Energy conversion rate

>90%

Transfer method

Roller

Chain network

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