 |
| |
 |
Slide
Lagging - Click Thumbnail For Full Size
Image
Exclusive elastomer compounding provides
a lagging pad with exceptional drive-pulley
traction, abuse resistance and extra long
service life. The elastomer retains its
integrity under the most severe operation
conditions. |
|
| |
| Factory
hot-vulcanization under pressure assures the
best possible bond of rubber to backing plate.
No lagging failures from loss of adhesion and
separation, the most common problems associated
with conventional lagging. |
| |
| Steel
backing plates are precision formed at the
factory to fit the curved surface provided by
each individual pulley diameter. Insures proper
pad stability and long life. |
| |
| Rust-resistance
metal retainers are permanently welded or
bolted to the pulley face to securely hold the
lagging pads in place. When properly installed,
lagging cannot shift or pull free from the effects
of impact, trapped material or product movement. |
| |
| Traction
pads can be used with or without retainers
and is ideal for mining, crushed stone, sand and
gravel, cement, agriculture, food processing,
coal mining, power plants, feed and grain, and
general industry. |
| |
| Available
custom made per pulley diameter or formable. |
| |
 |
Rough
Top Pulley Lagging - Click Thumbnail
For Full Size Image
Available for sheet wrap or spiral
wrap method of lagging. This rugged material
is constructed of a 3/32" type D top
cover and a friction surface bottom cover.
The carcass is a 2-ply or 3-ply 28 oz. duck.
This type of lagging is both easy to install
and economical. |
|
| |
| Pulley lagging gasket adhesive also available
in quarts. One quart will cover approximately
91 square feet. |
| |
 |
 |
 |
SHEET
WRAP METHOD
OF APPLYING LAGGING |
SPIRAL
WRAP METHOD
OF APPLYING LAGGING |
To
determine the amount of spiral wrap needed
for a pulley,
the equation above is for 2" width |
|
| |
