An Outrigger Pad is a large and strong surface placed under the base of a crane. With an outrigger crane pad, a bigger footprint is created for your equipment, and the weight from the machinery is distributed evenly keeping it strongly in place.
Why Choose KADEX Outrigger pads?
KADEX Manufactures the safest outrigger Pads crafted from High Density material which is extremely strong and lightweight thus absorbing thousands of pounds of force. These pads are extremely important because they keep the machinery strong and the entire structure from falling off, as they tend to topple over if there is any
movement at the base, which in turn ensures the safety of everyone at the work site.
KADEX Outrigger pads VS Wooden outrigger Pads
KADEX Outrigger pads may be comparatively expensive than a wooden one, but they last significantly longer and are far safer in nature. Wood is not as structurally strong as a synthetic material since it is porous and can easily absorb water and chemicals, and thus weakens the structural integrity and causing it to break apart quickly which makes it unreliable. Another drawback of wood’s porous nature is, as water is absorbed, the wood becomes much heavier, while making it unsafe to use.
S.No
Length X Width
Thickness
Wight of Pad
Weight load (Per Pad)
1
400 x 400
40
6.3 Kgs
12,000 Kgs
2
500 x 500
40
10.0 Kgs
15,000 Kgs
3
600 x 600
40
14.2 Kgs
20,000 Kgs
4
800 x 800
40
25.3 Kgs
35,000 Kgs
5
600 x 600
50
18.0 Kgs
25,000 Kgs
6
800 x 800
50
31.3 Kgs
40,000 Kgs
7
1000 x 1000
50
48.0 Kgs
50,000 Kgs
8
600 x 600
60
21.2 Kgs
30,000 Kgs
9
800 x 800
60
38.4 Kgs
45,000 Kgs
10
1000 x 1000
60
58.0 Kgs
70,000 Kgs
11
600 x 600
80
28.0 Kgs
35,000 Kgs
12
800 x 800
80
45.0 Kgs
50,000 Kgs
13
1000 x 1000
80
76.0 Kgs
80,000 Kgs
Benefits of Using KADEX Outrigger pads
Good impact resistant for a long time
Easy to clean
Easy to handle
Long lasting compared to Wood
Corrosion and chemical resistant
Crack and splinter resistant
Works relatively well in adverse weather conditions.
Does not absorb moisture and does not swell up over time due to exposure