BECA 080G (Inox)

Self-lubricating composite sliding bearing in STAINLESS STEEL + PTFE. Stainless steel plate as matrix. Sintered porous bronze particles as interlayer. Compound of PTFE without lead (Pb) mixture as surface layer.

Flanged bush, thrust washer (WC1S) and strip are possible.

Sliding bearings / Wrapped bushings

Copie de BECA 080A (Acier)

Description

The BECA 150 - 152 - 154 profiles are single acting composite rod seals composed of a filled PTFE friction ring and pre-tightened rubber O'Ring. They can be assembled in grooves according to standard ISO 7425/2. Option of connecting the seal to a back-up ring.

Advantages

Optimal sealing in static and dynamic applications
Low friction coefficient; no stick-slip effect
Excellent abrasion and extrusion resistance
Wide temperature range and excellent chemical resistance, depending on the material selected for the O'Ring

Applications

Mobile machinery
Injection presses
Machine tools
Presses
Standard cylinders

Download

Product data - Hydraulic rod seal - BECA 150 - 152 - 154 Product catalog - Hydraulic seals - Rod seals Product catalog - Hydraulic seals

Dimensions

Technical data

Dimensions

Installation drawing Logement Gorge joint de tige Housing Groove rod seal BECA 150 - 152 - 154

Technical data

Housing Groove Gland Rod Seal - BECA 150 - 152 - 154

Extrusion gaps

Radial section S	Radial extrusion gap F/2
Radial section S	10 MPa	20 MPa	40 MPa
2.45	0.30	0.20	0.15
3.65	0.40	0.25	0.15
5.35	0.50	0.30	0.20
7.55	0.70	0.40	0.25
10.25	0.80	0.60	0.35
12.00	0.90	0.70	0.40
13.65	1.00	0.80	0.50
19.00	1.20	0.90	0.60

Surface roughness

Roughness	Dynamic surface area	Static surface area	Groove flanks
Ra	0.05 - 0.2 µm	≤ 1.6 µm	≤ 3.2 µm
Rz	0.40 - 1.6 µm	≤ 6.3 µm	≤ 10.0 µm
Rmax	0.63 - 2.5 µm	≤ 10.0 µm	≤ 16.0 µm

Chamfers and radius

Radial section S	Radius R1	Radius R2	Chamfer C
2.45	0.30	0.40	3.00
3.65	0.30	0.60	3.00
5.35	0.30	1.00	3.00
7.55	0.30	1.30	5.00
10.25	0.30	1.80	6.00
12.00	0.30	1.80	8.00
13.65	0.30	2.50	10.00
19.00	0.30	3.00	12.00

218 dimensions found

080.035020G Standard request
080.035025G Standard request
080.035030G Standard request
080.035040G Standard request
080.035050G Standard request
080.038015G Standard request
080.038030G Standard request
080.038040G Standard request
080.040012G Standard request
080.040020G Standard request
080.040025G Standard request
080.040030G Standard request
080.040040G Standard request
080.040050G Standard request
080.045020G Standard request
080.045025G Standard request
080.045030G Standard request
080.045040G Standard request
080.045050G Standard request
080.050020G Standard request
080.050030G Standard request
080.050040G Standard request
080.050050G Standard request
080.050060G Standard request
080.055040G Standard request
080.055050G Standard request
080.055060G Standard request
080.060030G Standard request
080.060040G Standard request
080.060050G Standard request
080.060060G Standard request
080.060070G Standard request
080.065030G Standard request
080.065040G Standard request
080.065050G Standard request
080.065060G Standard request
080.065070G Standard request
080.070040G Standard request
080.070050G Standard request
080.070060G Standard request
080.070070G Standard request
080.070080G Standard request
080.075030G Standard request
080.075040G Standard request
080.075050G Standard request
080.075060G Standard request
080.075070G Standard request
080.075080G Standard request
080.080040G Standard request
080.080050G Standard request
080.080060G Standard request
080.080070G Standard request
080.080080G Standard request
080.080100G Standard request
080.085040G Standard request
080.085060G Standard request
080.085080G Standard request
080.085100G Standard request
080.090040G Standard request
080.090050G Standard request
080.090060G Standard request
080.090080G Standard request
080.090100G Standard request
080.095050G Standard request
080.095060G Standard request
080.095080G Standard request
080.095100G Standard request
080.100050G Standard request
080.100060G Standard request
080.100080G Standard request
080.100115G Standard request
080.105060G Standard request
080.105080G Standard request
080.105115G Standard request
080.110060G Standard request
080.110080G Standard request
080.110115G Standard request
080.115050G Standard request
080.115060G Standard request
080.115070G Standard request
080.120060G Standard request
080.120080G Standard request
080.120100G Standard request
080.125060G Standard request
080.125100G Standard request
080.125115G Standard request
080.130060G Standard request
080.130080G Standard request
080.130100G Standard request
080.135060G Standard request
080.135080G Standard request
080.140060G Standard request
080.140080G Standard request
080.140100G Standard request
080.150060G Standard request
080.150080G Standard request
080.150100G Standard request
080.160060G Standard request
080.160080G Standard request
080.160100G Standard request