{"product":{"productId":"agid.22819","price":24.78,"name":"GLIDE RAIL, FOR ROLLER CHAIN, FOR CPROFIILE, ISO=08B-1, FORM:A, B=20,H=10, L=2000, POLYTHENE GREEN"},"currency":"EUR"}
Glide rail
for roller chain
polythene
cumulus green
- High abrasion and wear resistance
- Good slide characteristics
- Good noise reduction
- High resistance to corrosion and chemicals
- Prevent undesired chain slack
Sales unit
€24.78
plus sales tax
Added to your shopping cart
Item
Glide rail
Form
A
Version 1
for roller chain
Version 2
for C profile
Main
material
polythene
Main
colour
cumulus green
B=Width
20
H=Height
10
L=Length
2000
B1
7,4
B2
24
Division inches
1/2X5/16
H1
2,2
H2
11
ISO No.
08 B-1
RoHS
true
UNSPSC Code
31161614
matching
C-profile
C1
Description
Material
Polyethylene PE-UHMW (ultra-high molecular weight polyethylene).
Version
Green.
Note
Glide rails for roller chains as defined in DIN ISO 606. These support and guide the roller chains on the return side, thus extending useful life by significantly reducing wear on the roller chains. They reduce vibrations and noise in the chain drive.
These glide rails have high abrasion and wear resistance. They are maintenance-free, acid-proof and have high chemical resistance.
The additional C profiles are used for fastening to the system substructure and they protect the glide rails from lateral forces and torsion.
These glide rails have high abrasion and wear resistance. They are maintenance-free, acid-proof and have high chemical resistance.
The additional C profiles are used for fastening to the system substructure and they protect the glide rails from lateral forces and torsion.
Temperature range
-200 °C to +60 °C (briefly up to +80 °C).
Assembly
The glide rails are pushed into the C profiles fastened to the system.
The glide rails must be mounted so that the material is allowed to expand. A property of thermoplastic materials is that they expand or contract more than metals when there are temperature variations.
The glide rails must be mounted so that the material is allowed to expand. A property of thermoplastic materials is that they expand or contract more than metals when there are temperature variations.
Important note on downloading CAD models
In order to download our CAD models, you must log in first. If you have not created an account yet, please register under "My Account" (right side of the screen) and follow the instructions.
Other customers also bought
