Cone Fenders - Smaller Size & High Energy Absorption

Cone fender, as an improved generation of cell fender, features a deflection of 70% of its height as well as uncompromising impact energy absorption form any direction taking advantages of its special designed geometrical shape. Generally, it is introduced and recommended for almost all types of applications such as cargo and container berths, high tidal variation sites, bulk cruise terminal, port upgrade, oil wharf, parallel motion system, load-sensitive structure and large sized docks.

Features:

• Capable to endure server shear force.
• Stable performance without loss even at large compression angles.
• Low reaction force, high energy absorption and long service time.
• Lesser height for higher material handling capacity of deck or vessel crane and lower handling cost.
• Smaller size yet higher efficiency, for example, an 800H cone fender is capable to replace a 1000H super cell fender.
• Available in a back-to-back arrangement for double energy absorption.
• Optional large frontal fender panels to distribute the reaction force and reduce surface force to vessel body no more than 25T/m². Meanwhile, it can minimize the friction less than 0.2 between the panel and vessel to protect the vessel during berthing.
• A full range of rubber compounds and sizes can be offered to suit different berths.

Specifications:

Types	Main specification (mm)
	H	Φ1	Φ2	Φ3	Φ4	Φd		h	Bolt size
						No.	Size
CORF-1	500	425	325	675	750	4	30	25	M24
CORF-2	600	510	390	810	900	6	30	27	M24
CORF-3	700	595	455	945	1050	6	38	32	M30
CORF-4	800	680	520	1080	1200	6	44	36	M36
CORF-5	900	765	585	1215	1350	6	44	41	M36
CORF-6	1000	850	650	1350	1500	6	50	45	M42
CORF-7	1100	935	715	1485	1650	6	50	50	M42
CORF-8	1200	998	750	1550	1725	6	50	52	M42
CORF-9	1300	1020	780	1620	1800	8	50	54	M42
CORF-10	1400	1105	845	1755	1950	8	60	59	M48
CORF-11	1500	1190	930	1890	2100	8	60	66	M48
CORF-12	1600	1360	1060	2160	2400	8	70	72	M48
CORF-13	1800	1530	1190	2430	2700	10	76	78	M52

Performance:

Types	Super-high reaction force type				High reaction force type				Standard reaction force type
	70%		72%		70%		72%		70%		72%
	R	E	R	E	R	E	R	E	R	E	R	E
CORF-2	411	140	455	145	319	100	360	100	249	79	280	80
CORF-3	561	216	630	225	448	168	502	174	256	130	411	135
CORF-4	719	321	800	333	572	243	645	255	452	185	512	194
CORF-5	928	486	1035	480	742	352	840	385	598	270	670	280
CORF-6	1156	626	1280	655	930	475	1037	489	728	361	830	378
CORF-7	1400	626	1560	858	1120	475	1260	666	878	361	1010	502
CORF-8	1645	1029	1840	1080	1302	800	1470	840	1030	620	1182	651
CORF-9	1945	1346	2100	1400	1556	1030	1765	1070	1241	800	1410	820
CORF-10	2237	1700	2500	1788	1800	1300	2000	1350	1430	1002	1630	1046
CORF-12	2950	2480	3300	2568	2360	1942	2650	2010	1870	1470	2140	1540
CORF-13	3750	3538	4166	3686	3000	2830	3333	2948	2401	2264	2667	1880
Note: Rated compression deflection = 70%; maximum compression deflection = 72%. R = reaction force (KN); E = energy force (KN-M). Performance tolerance: ±10%