Cylindrical Marine Fenders:
Normally used where tidal conditions exist and flexible mounting is desired. They are usually suspended on a chain or festooned.
A"
B"
LBS./FT.
3
1-3/8
3
4
2-1/2
8
7
3
16
7
3-1/2
15
7
5
10
8
3-1/2
21
8
4
19
9
3
29
10
5
30
12
4
51
12
6
43
15
5
80
15
7-1/2
68
18
6
116
18
9
98
21
10-1/2
133
24
12
174
27
13-1/2
220
28
14
236
Rectangular Marine Fenders:
Normally used where rigid mounting is desired. They are widely used on tugs and on harbor structures where tidal conditions do
not exist.
A"
B"
C"
LBS./FT.
3-1/2
4-1/2
1
7.5
5
6
2-1/2
13.0
5
6-1/2
2-1/2
14.0
6
10
3
26.0
7
10
3
31.5
8
8
3
23.0
8
10
3
26.7
10
10
4
42.0
10
12
4
55.0
10
12
5
50.6
12
12
4
65.0
12
12
5
64.0
12
12
6
60.0
12
14
6
66.0
14
14
6
88.0
16
16
6
117.0
18
18
10
126.0
20
20
8
175.0
D-Shaped Marine Fenders:
Offer high energy absorption required for service vessels. Designed for solid mounting and complete coverage
A"
B"
C"
LBS./FT.
4
4
2x2
6.0
5
5
2x2
10.0
6
6
3x3
13.0
8
8
4x4
23.0
10
10
4x4
38.0
12
12
6x6
49.0
17
14
7x7
67.0
Wing Type Marine Fenders:
Designed for vessel mounting. They combine the impressive energy absorption capabilities of a cylindrical design with the convenience
of wing mounting.
A"
B"
C"
D"
LBS./FT.
3
1
6
3/4
5.0
4
1
6-1/2
1
8.0
4
2
6-1/2
1
7.0
6
2
9-1/2
1-1/2
17.0
6
3
9
1-1/2
15.0
8
4
12
2
27.0
10
3
16
2-1/2
49.0
10
4
16
2-1/2
46.0
12
6
18
3
61.0
Trapezoidal Marine Fenders:
Used with or without timber facing where the dock or vessel is unable to withstand large reaction loads.
A"
B"
C"
LBS./FT.
10
12-3/4
5-1/2
35.0
13
16-5/8
7-3/8
59.0
15
19-1/8
8-5/8
77.0
17
21-5/8
9-7/8
100
20
23-1/4
11-1/4
135
V-Series Marine Fenders:
used with timber to achieve maximum cushioning. The timbers distribute the load, wile the fenders absorb the energy.
