"high energy absorption d type rubber fender"
- 7 Items Found-
D-Type Rubber Fender Marine Fender with High Energy Absorption Convenient Mounting and Small Bottom Width
D-Type Rubber Fenders - Marine Fender Solutions D-type rubber fenders are available in three main configurations: DD-type, DC-type, and irregular D-type rubber fenders, designed specifically for marine applications. Key Features Superior energy absorption compared to cylindrical types with optimized reaction force Easy installation and mounting Compact bottom width ideal for frame work type docks and various ship types DD-Type Rubber Fenders DD-type rubber fenders are
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Harbor Wharf Floating Dock Fender D Type Rubber Fender Easy To Install And Maintain Or Replace Aging Resistance Custom Pontoon Fender System Boat Marina
D Type Rubber Fender Key Features Optimal reaction force with high energy absorption capacity Easy installation, maintenance, and replacement Excellent aging resistance for long service life Ideal for frame-type wharves and shore protection Suitable for vessel protection applications Performance Specifications Type (mm) Deflection (%) Reaction Force (KN) Energy Absorption (KN-M) D150x150x1000 50 115 3.2 D200x200x1000 50 211 8.6 D250x250x1000 50 252 9.2 D300x300X1000 50 300 12
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Cone Rubber Fender with High Energy Absorption Low Reaction Force and Corrosion Resistance for Marine Docks
Cone Rubber Fender High-performance marine fender featuring enhanced structural design with superior energy absorption, low reaction force, and extended service life for floating dock applications. Key Features Exceptional resistance to severe shear forces Optimized structure with increased deflection capability High energy absorption efficiency Extended service life in marine environments Low reaction force during vessel impact Reliable load-bearing and anti-collision
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W-Type Rubber Fender with Low Reaction Force, High Energy Absorption, and Easy Mounting for Marine Vessels
W-Type Rubber Fender Low reaction force available for bow bottom and stem of vessels Product Features High energy absorption with low reaction force Convenient mounting and repair Suitable for bow bottom and stem of vessels Specifications UNIT: mm TYPES K B C D E F K L W320x200 320 200 280 180 100 67 50 2000 W400x250 400 250 346 220 104 75 55 2000 W480x300 480 300 426 245 74 88 58 3000 W500x330 500 330 420 248 76 90 65 2000 W500x400 500 400 449 270 120 99 74 2000
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DO-B Type Rubber Fenders with Medium Energy Absorption High Reaction Force and Good Abrasion Resistance for Yachts
DO-B Type Rubber Fenders Product Overview DO-B type rubber fenders are engineered to absorb medium energy while providing high reaction force, featuring excellent abrasion resistance. These fenders are specifically designed for installation on both bow and side positions of yachts. Key Features Medium energy absorption with high reaction force Excellent abrasion resistance Suitable for bow and side installation on yachts Product Specifications TYPES Sizes (mm) B B1 H d h C Q
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Trapezoidal rubber fenders with medium energy absorption and high reaction force for vessels and docks
Trapezoidal Rubber Fenders High-performance trapezoidal rubber fenders designed for marine applications with medium energy absorption and high reaction force capabilities. Key Features Absorbs medium energy with high reaction force Suitable for vessels and docks Durable rubber construction for long service life Technical Specifications Type B (mm) B1 (mm) H (mm) D (mm) d (mm) h (mm) 300x250x250 300 250 250 s5 30 75 400x320x400 400 320 400 80 40 100 470x405x405 470 405 405 80
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Cylindrical Rubber Fender with Low Reaction Force, Good Adaptability, and Wide Application for Ships and Docks
Cylindrical Rubber Fenders High-performance cylindrical rubber fenders designed for superior ship and dock protection with excellent adaptability for various berthing conditions. Key Features Low reaction force with minimal surface pressure and optimal energy absorption Universal compatibility regardless of ship and dock sizes Minimal influence from shipping and dock variations Excellent adaptability for both transversal and longitudinal shapes during berthing Versatile