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Crossflon® PTFE Slide Bearings

Crossflon® PTFE Skidway Plates

Crossflon® PTFE Sliding Systems Experience List

Crossflon® PTFE Sliding Systems Typical Configurations

Crossflon® PTFE Sliding Systems Technical Data

Crossflon® PTFE Sliding Systems Typical Configurations

Material Key:

	Crossflon® 1025 / Crossflon® 1000
	Polished stainless steel plate
	Thermal insulation board
	Elastomer sheet
	Carbon steel plate / stainless steel plate
	Existing substrate

		Crossflon® PTFE Slide Bearing Typical Assembly: Top Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate Bottom Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate Method of Installation: Tack welding, full welding, bolting, mortar embedment Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

		Crossflon® PTFE Slide Bearing - Thermally Insulated Typical Assembly: Top Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate bonded and mechanically fixed to a 25mm thick thermal insulation board bonded and mechanically fixed to a 3mm thick carbon steel plate / stainless steel plate Bottom Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate Method of Installation: Tack welding, full welding, bolting Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

		Crossflon® PTFE Slide Bearing - Counterfaced Typical Assembly: Top Sliding Plate: 3mm thick polished stainless steel plate Bottom Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate Method of Installation: Tack welding, full welding, bolting, mortar embedment Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

* Images below are for illustrative purposes only

* Typical configurations shown. Alternative arrangements are

available, please contact us for more information.

		Crossflon® PTFE Slide Bearing - Elastomeric Typical Assembly: Top Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate Bottom Sliding Plate: 2.5mm thick Crossflon® 1025 / Crossflon® 1000 bonded to a 3mm thick carbon steel plate / stainless steel plate vulcanised to a 6mm thick elastomer sheet vulcanised to a 3mm thick carbon steel plate / stainless steel plate Method of Installation: Tack welding, full welding, bolting, mortar embedment Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

		Crossflon® PTFE Slide Bearing - Recessed Typical Assembly: Top Sliding Plate: 3mm thick polished stainless steel plate Bottom Sliding Plate: 4mm thick Crossflon® 1025 / Crossflon® 1000 bonded into a 2mm deep recess in a 6mm thick carbon steel plate / stainless steel plate Method of Installation: Tack welding, full welding, bolting, mortar embedment Load Capacity: Crossflon® 1025: 50 MPa (510 kg/cm²) Crossflon® 1000: 14 MPa (142 kg/cm²)

		Crossflon® PTFE Skidway Plate - Dimpled Typical Assembly: Top Sliding Plate: 2.5mm thick dimpled Crossflon® 1025 bonded to a 3mm thick carbon steel plate Method of Installation: Tack welding Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

		Crossflon® PTFE Skidway Plate Typical Assembly: Top Sliding Plate: 2.5mm thick Crossflon® 1025 bonded to a 3mm thick carbon steel plate Method of Installation: Tack welding Load Capacity: Crossflon® 1025: 18 MPa (184 kg/cm²) Crossflon® 1000: 7 MPa (71 kg/cm²)

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Phone:		+44 (0) 1992 554480 +44 (0) 1992 515880

E-mail:		Online Enquiry Form

Fax:		+44 (0) 1992 554490

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