Name: made in China top quality of pneumatic rubber ship fender
Brand: XINCHENG
Availability: InStock

Product Details

PRODUCT: made in China top quality of pneumatic rubber ship fender

BRIEF INTRODUCTION

Pneumatic rubber fender is the advanced anti-collision device for marine application in the world today. It uses compressed air as medium to absorb the impact energy in a collision between ship and ship or ship and dock,etc. So that it can prevent ship and dock from damages.

ABOUT XINCHENG

Qingdao Xincheng Rubber Products co.,ltd as a manufacturing plant, which was estabished in 1986. The Company is a production, scientific research and design,product development, technical services for the integrated enterprise.The Company is mainly produce marine rubber airbags and marine rubber fenders , which as the leading enterprise has passed the certification of CCS , ISO9001:2008, SGS, LR etc.

Since the 1986 , the Company has accumulated a lot of production experience in the field of marine rubber airbags and fenders, which has bring together a large number of professional design and production technical personnel. The Company always adhere to improve product quality and customer service.

SPECIFICATIONS

D*L	Initial pressure(Po)is 0.05Mpa			Initial pressure(Po)is 0.08Mpa
	Initial pressure(Po)is 0.05Mpa			Initial pressure(Po)is 0.08Mpa

	Weight	R(KN)	GEA(KJ)	Height	R(KN)	GEA(KJ)
0.5*1.0	25	64	6	25	83	8
0.6*1.0	32	74	8	32	96	11
0.7*1.5	50	137	17	50	178	24
1.0*1.5	80	182	32	80	235	44
1.0*2.0	100	257	45	125	335	63
1.2*2.0	120	297	63	165	386	86
1.35*2.5	165	427	102	226	554	140
1.5*3.0	315	597	153	370	751	211
1.7*3.0	405	639	191	436	860	263
2.0*3.5	590	875	308	632	1138	424
2.5*4.0	1050	1381	663	1110	1815	925
2.5*5.5	1333	2019	943	1410	2653	1317
3.0*5.0	1880	2104	1210	2155	2709	1571
3.0*6.0	2160	2583	1485	2470	3292	1888
3.3*4.5	2020	1884	1175	2300	2476	1640
3.3*6.0	2300	2783	1675	2600	3652	2338
3.3*6.5	2700	3015	1814	3080	3961	2532
Note:The weight of the ball by ball weight(without jacket),the weight of error be of ± 10%; reaction force error be of ± 10%