"TRANSTECHNOLOGY" produces
Fender Device Type «Barrel» - TransTechnology Company

Overview

The "Barrel" type fender is a new type of product that can be installed on a dock or ship and serves as an anti-shock buffer. High-quality materials and a special explosion-proof design were chosen for the production of these fenders, which have the advantages of a smooth outer surface, wear resistance, anti-aging, good air tightness, high strength, long service life, and excellent quality. Due to its high energy absorption per unit of reaction force, it can excellently meet the requirements of open sea docks and "dolphin" type docks.

The "Barrel" type fender helps to avoid impact damage between ships and dock stations. Due to its high impact resistance, it is widely used in ports and docks as a replacement for traditional steel ones.

The fender is made from original Ultra-High Molecular Weight Polyethylene material, which significantly surpasses wood and rubber in marine construction or shore protection structures. The plates allow ships to slide easily, protecting the hull and dock structures.

Get a commercial proposal

Characteristics

Easy assembly and installation
Good resistance to shear forces
Cost-effectiveness: a large support area leads to good load distribution on the front panel, resulting in a lighter panel structure
Durability

Applications

Type	Indicators
Type	H	ΦD1	ΦD2	h	Hole	n-ΦD
FSC400H	400	550	650	25	4	φ30
FSC500H	500	550	650	25	4	φ32
FSC630H	630	700	840	30	4	φ39
FSC800H	800	900	1050	30	6	φ40
FSC1000H	1000	1100	1300	35	6	φ47
FSC1150H	1150	1300	1500	40	6	φ50
FSC1250H	1250	1450	1650	45	6	φ53
FSC1450H	1450	1650	1850	47	6	φ61
FSC1600H	1600	1800	2000	50	8	φ61
FSC1700H	1700	1900	2100	55	8	φ66

Different sizes of FLSC type rubber fenders can be manufactured according to customer requirements.

Nominal compression deformation: 52.5%

Type	Super high reaction force (FE)		Super high reaction force (FS)		High reaction force (FE)		Standard reaction force (FO)		Low reaction force (FL)
	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)
FSC400H	112	19,4	97,9	17,3	85	14 .314 .3	65,3	11,2	52	9,2
FSC500H	186	40 .840 .8	165	36,7	143	30,6	110	23,5	87,7	18,4
FSC630H	296	81,6	263	73,4	229	63,2	175	47,9	141	38,8
FSC800H	473	166	420	148	341	128	281	97,9	215,2	76,5
FSC1000H	752	331	668	293	578	254	445	195	356	156
FSC1150H	995	502	882	446	765	387	590	297	471	238
FSC1250H	1176	645	1042	572	903	496	696	382	557	305
FSC1450H	1582	1007	1404	894	1217	775	936	597	750	477
FSC1600H	1926	1353	1710	1201	1482	1040	1139	802	912	641
FSC1700H	2174	1623	1930	144 1144 1	1673	1249	1287	960	1029	768

Note: allowable deviation ±10%.

Maximum bending compression: 55%

Type	Super high reaction force (FE)		Super high reaction force (FS)		High reaction force (FE)		Standard reaction force (FO)		Low reaction force (FL)
	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)	Reaction Force(KN)	Energy Absorption (KN-M)	Reaction Force (KN)	Energy Absorption (KN-M)
FSC400H	128	21,4	114,0	18,4	99	15,3	76,5	12,2	60	9,7
FSC500H	214	43,9	191	38,8	163	32,6	128	25,5	101,0	19,4
FSC630H	315	86,7	280	77,5	242	68,3	186	51,0	150	40,8
FSC800H	503	177	446	156	386	135	298	104,0	230,0	79,6
FSC1000H	800	350	710	310	615	269	472	207	379	166
FSC1150H	1058	531	938	472	814	409	626	315	501	252
FSC1250H	1250	682	1109	606	961	526	740	404	593	322
FSC1450H	1682	1066	1493	947	1294	820	996	631	797	505
FSC1600H	2047	1433	1817	1272	1575	1102	1213	849	969	678
FSC1700H	2311	1719	2052	1525	1778	1326	1369	1017	1095	814