Keywords: UHMWPE Sheet, UHMWPE Profiles, HDPE Sheet, HDPE Profiles
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CNC machined uhmwpe dewatering elements suction box cover
made to order dewatering elements suction box cover
dewatering elements
suction box cover
Description
Dewatering elements from Xinxing Industrial in ultra high molecular weight polyethylene set themselves apart by the special sinter press procedure over a long period used to produce them, as well as an extremely high molecular weight plus their extra additive that is specifically tailored to paper machines. All these benefits ensure what is an outstanding service life for plastic coupled with a low coefficient of friction. Dewatering elements can be used for machines with speeds up to 800 mpm.
Supply range
Forming board trailing blades / forming board covers
Forming board trailing blades
Hydrofoils
Vacufoils
Suction box covers
Felt suction strips
Manufacture
All materials are produced through lengthy sinter pressing processes with extremely long press cycles. This enables us to produce covers up to 12 m long with no welding seams and also ensures a tension-free internal structure compared with the typical standard sinter press process and extrusion.
Assembly
PE dewatering elements for paper machines have a high level of thermal expansion. They must therefore be installed in such a way that enables the strips or covers to expand without restriction (T-bars, corner strips, dovetail guides, screws in elongated holes). The base frame support must have a grid of approx. 250 mm to ensure flawless functionality for our covers. This support must extend to the underside of the cover to ensure it has a flat installation surface.
White UHMW-PE dewatering element sintered over a long period with the benefit of a high degree of cross-linking. The result: improved endurance.
Pure PE-1000
No additives
Applicable at machine speeds of up to approx. 600 mpm
The world's first UHMW-PE dewatering element is known for its high dry-film lubricant content. This produces an extremely smooth surface, most importantly resulting in a low friction coefficient a low level of adhesion.
No adhesion
Excellent chemical resistance
Low coefficient of friction
Applicable at machine speeds of up to approx. 600 mpm
UHMW-PE dewatering elements reinforced with cross-linkers & UV stabilizers. UHMWPE is the classic product in this range and offers the best price-performance ratio.
Low adhesion
Excellent chemical resistance
Extremely long service life
Applicable at machine speeds up to approx. 600 mpm
UHMW-PE dewatering element – based on reinforced with glass microbeads. This increases the service life by up to 20%. Unlike ceramic powder, the glass microbeads have no negative impact on the fabric lifetime or the felt lifetime.
Increased wear resistance
Applicable at machine speeds upt to apporx. 800 mpm
Worldwide unique uhmwpe-plastic hybrid
Advantages plastic Advantages ceramic
• Break resistance
• Very smooth surface
• Homogeneous, closed surface
• High wear resistance
• No piano keying
• Easy to handle
⇒ Combined in one material!
Applicable at machine speeds of up to approx. 800 mpm. Depending on the position even at higher speeds.
The performance and reliability of components used for paper machines are influenced by a variety of factors. These criteria need to be considered in order to make the right choice. Examples:
Mechanical loading
Thermal loading
Operating temperature
Design requirements
Dimensions and tolerances
Size
1200x1000x60mm
3000x500x40mm
3000x500x50mm
3000x500x60mm
2000x500x60mm
1200x500x60mm
maximum length can be 6000mm
maximum width can be 2000mm
thickness can be from 10-250mm
Color
white, black, blue, yellow,red
Applications
On paper and pulp industry
Paper machines
Suction box covers
Dewatering elements
Suction hydrofoil
Forming boards
Foil covers
Doctor Blades
Scraper blades
Deflector blades
Profile strips
Navigation
Mob.: +86 19153204570
Phone: +86 534 5222 377
Fax: +86 534 7074 626
E-mail: [email protected]
Sype: sdxxhg518
WhatsApp: +86 131 7333 7240
Address: Liaohe Road, Ningjin Industry Zone, Dezhou City, Shandong, China
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