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3개를, 우수 세기 센터 건축하는, 방 1920년 Shibei 지역, 칭다오, 산둥 성, 중국
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86-133-7148-2686
우리 뉴스레터
할인 및 더 많은 정보를 얻기 위해 뉴스레터에 가입하십시오.
발견 857 의 결과 "
marine rubber fender for berthing
"
플랫폼 붕대 트럭 타이어는 전송을 수송하기 위해 부풀게할 수 있는 펜더 선박을 구속합니다
Dock Sling Ship To Ship Transfer Truck Tyres Chain Inflatable Fenders The advantages of the Pneumatic Rubber Fends: 1. Guaranteed energy absorption 2. Thick skin construction 3. Good angular performance 4. Less surface pressure onto the side wall of ships. (The capability of accepting surface pressure of the fender is up to 14 ton/m2). 5. No reduction on the performance of compression when inclined. 6. Especially in mooring of large scale ships in sea docks and lightering.
50Kpa 80Kpa를 표류시키는 항공기 타이어 부풀게할 수 있는 요코하마 펜더 플랫폼
Dock Floating 50Kpa 80Kpa Airplane Tyres Inflatable Yokohama FenderThe advantages of the Pneumatic Rubber Fends:1. Guaranteed energy absorption2. Thick skin construction3. Good angular performance4. Less surface pressure onto the side wall of ships. (The capability of accepting surface pressure of the fender is up to 14 ton/m2).5. No reduction on the performance of compression when inclined.6. Especially in mooring of large scale ships in sea docks and lightering. Floating
검은 좋은 내노화성 기체 밀폐 부풀게할 수 있는 펜더 4.5*9m
4.5*9m Black Good Aging Resistance Air Tightness Inflatable Fenders The advantages of the Pneumatic Rubber Fends: 1. Guaranteed energy absorption 2. Thick skin construction 3. Good angular performance 4. Less surface pressure onto the side wall of ships. (The capability of accepting surface pressure of the fender is up to 14 ton/m2). 5. No reduction on the performance of compression when inclined. 6. Especially in mooring of large scale ships in sea docks and lightering.
단단한 수명 10 - 15 년을 가진 거품에 의하여 채워지는 바다 구조망을 떠 EVA
EVA Fender Floating Solid Fender With Polyurea Coating For Ship Berthing Product Technical Parameter Model D (mm) L (mm) compressibility 60% Weight (kg) counter-force (KN) Energy Absorption (KJ) Ø 500×1000L 500 1000 71 8 34 Ø 600×1000L 600 1000 86 12 45 Ø 700×1500L 700 1500 161 27 101 Ø 1000×1500L 1000 1500 205 49 206 Ø 1000×2000L 1000 2000 274 64 275 Ø 1200×2000L 1200 2000 337 93 405 Ø 1200×2400L 1200 2400 390 110 475 Ø 1350×2500L 1350 2500 463 145 626 Ø 1500×3000L 1500 3000
에어백에 착수하는 맞춘 반대 노화 충돌 해양 선박
Ship Launching Airbag And Marine Airbag With Salvage Heavy Airbag Features of ship airbag: Ship airbags have the characteristics of low investment, quick results, safety and reliability. Marine airbags have the following advantages: 1.High carrying capacity 2.Has a high resistance to kneading 3.New structure of end anti-riot design 4.Optimized structure layout 5.Durable anti-aging ability and wear characteristics 6.Higher flexibility and shock absorption 7.It is widely used
부풀게할 수 있는 해양 구조 에어백 무거운 물건 들기에 착수하여 보트를 타세요
Airbag advantages: Put a lot of uninflated cylindrical bladders under the bottom of the boat, then inflate the top of the boat, remove other obstacles below, and then slowly release the airbags at the back a little bit, and place the hull a little backward. If you use the power to push it a little bit in the front, the boat will naturally go into the water behind, and the boat will be launched. Ship launching in the shipbuilding industry is a relatively complex process.
원통 부풀게할 수 있는 충돌 해양 구조 에어백
Inflatable Heavy LIfting Rubber Airbags And Marine Launching Rubber Airbags Airbag advantages: Put a lot of uninflated cylindrical bladders under the bottom of the boat, then inflate the top of the boat, remove other obstacles below, and then slowly release the airbags at the back a little bit, and place the hull a little backward. If you use the power to push it a little bit in the front, the boat will naturally go into the water behind, and the boat will be launched. Ship
해양 에어백에 착수하는 0.08Mpa 인명 구조 9 층 어선
High-Pressure Heavy Marine Lifting Airbags And Boat Launching Marine Airbag Airbags Launching procedures: 1.1 Remove all debris and obstacles that hinder the rolling of the airbag from the bottom of the ship and on all the sites where the ship passes. 1.2 The mooring ropes tie the moving pulley block of the patterned car. The mooring ropes should meet the traction requirements, and must be introduced from the bow, tied to strong members such as bollards, and can be tied to
