Pneumatic Fender

Technical Specifications

Innitial Internal Pressure 50 kPa

Diameter (mm)	Length (mm)	Initial Pressure	Ea (kN-m)	Rf (kN)	Hull pressure (kPa)	Hull pressure (kPa)	Safety Valve setting pressure (kPa)	Testing pressure (kPa)
500	1000	0.05Mpa	6	64	60%	132	——	200
600	1000	0.05Mpa	8	74	60%	126	——	200
700	1500	0.05Mpa	17	137	60%	135	——	200
1 000	1 500	0.05Mpa	32	182	60%	122	——	200
1 000	2 000	0.05Mpa	45	257	60%	132	——	200
1 200	2 000	0.05Mpa	63	297	60%	126	——	200
1 350	2 500	0.05Mpa	102	427	60%	130	——	200
1 500	3 000	0.05Mpa	153	579	60%	132	——	200
1 700	3 000	0.05Mpa	191	639	60%	128	——	200
2 000	3 500	0.05Mpa	308	875	60%	128	——	200
2 000	4 000	0.05Mpa	384	916	60%	138	——	200
2 500	4 000	0.05Mpa	663	1381	60%	137	175	250
2 500	5 500	0.05Mpa	943	2019	60%	148	175	250
3 000	5 000	0.05Mpa	1078	2118	60%	142	175	250
3 000	6 000	0.05Mpa	1309	2387	60%	148	175	250
3 300	4 500	0.05Mpa	1175	1884	60%	130	175	250
3 300	6 000	0.05Mpa	1540	2476	60%	140	175	250
3 300	6 500	0.05Mpa	1841	3015	60%	146	175	250
3500	6000	0.05Mpa	2018	3286	60%	140	175	250
4500	9000	0.05Mpa	4752	5747	60%	146	175	250

Innitial Internal Pressure 80 kPa

Diameter (mm)	Length (mm)	Initial Pressure	Ea (kN-m)	Rf (kN)	Rated deflection	Hull pressure (kPa)	Safety Valve setting pressure (kPa)	Testing pressure (kPa)
500	1000	0.08Mpa	8	85	60%	174	——	300
600	1000	0.08Mpa	11	98	60%	166	——	300
700	1500	0.08Mpa	24	180	60%	177	——	300
1 000	1 500	0.08Mpa	45	239	60%	160	——	300
1 000	2 000	0.08Mpa	63	338	60%	174	——	300
1 200	2 000	0.08Mpa	88	390	60%	166	——	300
1 350	2 500	0.08Mpa	142	561	60%	170	——	300
1 500	3 000	0.08Mpa	214	761	60%	174	——	300
1 700	3 000	0.08Mpa	267	840	60%	168	——	300
2 000	3 500	0.08Mpa	430	1150	60%	168	——	300
2 000	4 000	0.08Mpa	680	1380	60%	172	——	300
2 500	4 000	0.08Mpa	925	1815	60%	180	230	300
2 500	5 500	0.08Mpa	1317	2653	60%	195	230	300
3 000	5 000	0.08Mpa	1580	2878	60%	180	230	300
3 000	6 000	0.08Mpa	1890	2906	60%	196	230	300
3 300	4 500	0.08Mpa	1640	2476	60%	171	230	300
3 300	6 000	0.08Mpa	2184	3176	60%	182	230	300
3 300	6 500	0.08Mpa	2532	3961	60%	191	230	300
3500	6000	0.08Mpa	2523	4018	60%	182	230	300
4500	9000	0.08Mpa	6633	7551	60%	192	230	300

Product Description

Engineered for optimal performance and safety, the JettyGuard Pneumatic Fender is the premier solution for absorbing collision energy during berthing operations. Utilizing the compressive elasticity of air, these floating fenders deliver a high energy absorption capacity with a low reaction force, drastically reducing stress on a vessel’s hull and the dock structure. Their robust, multi-layer construction ensures longevity and reliable performance even in harsh weather conditions, making them the industry standard for high-stakes applications.

Key Advantages

High Energy Absorption & Low Reaction Force: The fender’s pneumatic design allows it to deform significantly under load, dissipating immense kinetic energy while exerting minimal pressure on the contact surface. This is critical for protecting the structural integrity of both the vessel and the berthing facility.
ISO 17357 Compliance: Our pneumatic fenders are manufactured and tested in accordance with ISO 17357:2014 standards. This guarantees consistent performance, material quality, and dimensional specifications, ensuring safety and reliability for your operations.
Exceptional Versatility: Ideal for a wide range of applications, including ship-to-ship (STS) transfers, particularly with LNG carriers, and ship-to-quay (STQ) operations at various terminals. Their floating nature allows for easy deployment and adjustment to tidal variations.

Each fender is constructed from a tough, vulcanized rubber outer layer, reinforced with multiple synthetic-tire-cord layers for exceptional tear and abrasion resistance. They are typically supplied with a heavy-duty chain-and-tire net (CTN) for added protection and a longer service life. Trust JettyGuard Pneumatic Fenders to provide the ultimate safeguard for your valuable marine assets.

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