MARINE & OFFSHORE EQUIPMENT
- Dredging Equipment
- Marine Deck Machinery
-
Marine Mooring Equipment
-
Marine Anchor
- AC-14 HHP Anchor
- Admiralty Anchor
- Beldt Stockless Anchor
- Bruce Anchor
- Spek Anchor
- Danforth HHP Anchor
- Delta High Holding Power Anchor
- GB11579-89 Light Weight Anchor
- Hall Anchor
- High Holding Power Mastrosov Anchor
- Hot Dip Galvanized Anchor
- Japan Stock Anchor
- JIS Stockless Anchor
- Pool Anchor
- Single Fluke Anchor
- Stainless Steel Anchor
- Stevpris MK5 Anchor
- Stingray Anchor
- US Navy Stockless Anchor
-
Marine Anchor Chain
-
Marine Shackle
- Kenter Shackle
- D Type Joining Shackle
- Pear Shaped Shackle
- Anchor Swivel Shackle Type A
- Anchor Swivel Shackle Type B
- Buoy Shackle Type A
- Buoy Shackle Type B
- C Type Detachable Connecting Link
- D Shackle
- Forelock Shackle
- Anchor Chain Swivel Group
- Straight Shackle
- Anchor Shackle
- Marine Triangle Plate
- Anchor Chain Swivel
- Anchor Chain Joining Shackle
- Anchor Chain End Shackle
- Slim Kenter Shackle
-
Chain Chaser
-
Marine Bollard
-
Marine Chock
-
Marine Fairlead
-
Marine Chain Stopper
-
Marine Mooring Reel
-
Marine Towing Bracket
-
Mooring Rope
-
Marine Towing Hook
-
Marine Shark Jaw
- Marine Fender
-
Marine Buoy
- Marine Floating Pontoon Dock
-
Marine Anchor
- Aquaculture Equipment
- Marine Outfitting Equipment
- Marine Propulsion System
-
Marine Painting
-
Marine Auxiliary Machinery
- Marine Air Compressor
- Marine Air Receiver
- Marine Sewage Treatment Plant
-
Marine Diesel Generator Set
- Marine Oil Water Separator
- Ballast Water Management System
- Marine Hydrophore
- Marine Calorifier
- Seawater Desalination Plant
-
Marine Oil Separator
- Marine Fuel Oil Supply Unit
- Marine Heat Exchanger
-
Marine Hot Well Unit
-
Marine Incinerator
-
Marine Boiler
-
Marine Valve
- JIS Marine Valve
- DIN Marine Valve
- ANSI Marine Valve
- GB Marine Valve
- CB Marine Valve
- CBM Marine Valve
-
Marine Gate Valve
-
Marine Globe Valve
-
Marine Angle Globe Valve
-
Marine SDNR Valve
-
Marine Angle SDNR Valve
-
Marine Check Valve
-
Marine Storm Valve
-
Marine Butterfly Valve
-
Marine Quick Closing Valve
-
Marine Fire Valve
-
Marine Self Closing Valve
- Marine Valve Accessories
-
Marine Pump
- Marine Centrifugal Pump
- Marine Screw Pump
-
Marine Gear Pump
-
Marine Vortex Pump
-
Marine Ejector Pump
-
Marine Diaphragm Pump
-
Marine Piston Pump
-
Marine Fire Pump
-
Marine Emergency Fire Pump
-
Marine External Fire Pump
-
Marine Ballast Water Pump
-
Marine Fuel Pump
-
Marine Lubricating Oil Pump
-
Marine Bilge Pump
-
Marine Sewage Pump
-
Marine Domestic Water Pump
-
Marine General Pump
-
Marine Cargo Oil Pump
-
Marine Hand Pump
- Marine Pump Parts
- Marine Life-saving Equipment
- Fire-fighting Equipment
- Marine Cable
- Marine Electrical Equipment
- Marine HVAC
-
Labour Protection Appliance
- Marine Decorative Material
-
Marine Anode
- Marine Pipe Fitting & Flange
- Marine Instrument
- Ship Building Equipment
INDUSTRY EQUIPMENT
- Hoisting Equipment
- Welding Machine & Material
-
Cutting Machine
- Container Securing Fitting
- Link Chain
- Container & Storage Equipment
-
Diesel Generator Set
- Other Equipment and Tools
- Petrochemical Equipment
- Fiber Reinforced Plastics
- Polymer Materials
- Environmental Protection Series
- Geo-products and Building Materials
- Metal Mesh
- Steel Grating
-
Earthwork Teeth
-
Turnbuckle
STOCK LIST
Contacts
Tel:+86-23-67956606
FAX:+86-23-67956622
Email:manager@cqhisea.com
Working Time: 9:00--17:00
Working Day: Monday to Friday Website: www.cqhisea.com
Marine Mooring Dyneema Rope
Marine Mooring Dyneema Rope
Description:
Marine mooring Dyneema rope is a type of synthetic fiber rope that is commonly used for mooring boats and other marine vessels. Dyneema is a high-performance fiber that is made from ultra-high molecular weight polyethylene, which gives it exceptional strength and durability.
The rope is typically made of several strands of Dyneema fiber that are braided or twisted together to form a strong, flexible cord. The rope is often coated with a protective layer of polyurethane or other materials to help resist abrasion and weathering.
One of the key benefits of using Dyneema rope for marine mooring is its strength-to-weight ratio. Dyneema is significantly stronger than traditional ropes made of natural fibers like nylon or polyester, yet it is also much lighter in weight. This means that Dyneema rope can provide the same level of strength and security as a thicker, heavier rope, but with less bulk and weight.
In addition, Dyneema rope has excellent resistance to UV radiation and saltwater corrosion, making it well-suited for use in harsh marine environments. It also has a low stretch, which helps to reduce the amount of movement that occurs when a boat is moored.
Overall, marine mooring Dyneema rope is a strong, lightweight, and durable option that is commonly used by boaters and sailors around the world.
History of Marine Mooring Dyneema Rope:
Marine mooring Dyneema rope has a relatively short history, dating back to the 1990s when Dyneema, a high-performance polyethylene fiber, was first developed. Dyneema ropes quickly gained popularity in the marine industry due to their impressive strength, durability, and resistance to abrasion, UV rays, and chemicals.
In the early 2000s, the use of Dyneema ropes for mooring became more common, as the ropes’ high strength-to-weight ratio allowed for lighter, more efficient mooring systems. Dyneema ropes were also found to be less likely to damage a vessel’s hull or deck compared to traditional steel or synthetic ropes.
One of the earliest and most significant applications of Dyneema ropes for mooring was in the offshore oil and gas industry. In 2003, ExxonMobil installed the world’s first synthetic mooring system using Dyneema ropes at its Sakhalin-1 oil platform in Russia. The system was composed of 18 Dyneema ropes, each 500 meters long and with a breaking strength of over 1,000 tons.
Since then, Dyneema ropes have become increasingly popular in the marine industry, with applications ranging from commercial shipping and fishing to pleasure yachts and sailboats. The technology has continued to advance, with newer versions of Dyneema ropes offering even higher strength and durability.
Today, marine mooring Dyneema ropes are a standard option for many vessels and mooring applications. They have proven to be a reliable and effective solution for the demanding marine environment, providing enhanced safety and efficiency.
Advantages of Marine Mooring Dyneema Rope:
1. High strength: Dyneema rope is known for its incredible strength-to-weight ratio, making it a popular choice for marine mooring applications. It has a breaking strength that is up to 15 times stronger than steel, allowing for smaller diameter ropes to be used.
2. Low stretch: Unlike other types of ropes, Dyneema rope has very low stretch. This means that it can maintain its shape and size under heavy loads and high stress conditions, reducing the risk of damage to the rope or the mooring system.
3. Abrasion resistance: Dyneema rope is also highly resistant to abrasion and cutting. This is important in marine environments, where ropes are exposed to saltwater, sand, and other abrasive materials.
4. UV resistance: Exposure to sunlight can cause other types of ropes to weaken and deteriorate over time. However, Dyneema rope is highly resistant to UV rays, making it ideal for long-term outdoor use.
5. Lightweight: Dyneema rope is incredibly lightweight, which makes it easy to handle and transport. This can be particularly important in marine applications, where ropes may need to be deployed and retrieved frequently.
6. Flexibility: Dyneema rope is also very flexible, which allows it to conform to the shape of the mooring system or vessel. This can help to reduce stress and damage to the rope, as well as improve overall stability and safety.
7. Low water absorption: Dyneema rope has very low water absorption, which helps to prevent the growth of mold and mildew. This can also improve the longevity and durability of the rope.
8. Easy to splice: Dyneema rope is easy to splice and can be customized to fit specific mooring needs. This makes it a versatile and customizable option for marine applications.
Main Performance of Marine Mooring Dyneema Rope:
1. Material: Ultra High Molecular Weight Polyethylene (UHMWPE);
2. Construction: 8 strand, 12 strand or as required;
3. Color: Yellow, Red, Blue, Green, etc.;
4. Length: 220m or as required;
5. Spec. density: 0.975 floating;
6. Melting Point: 145 ℃;
7. Abrasion Resistance: Excellent;
8. U.V. Resistance: Good;
9. Temperature Resistance: 70℃ Max.;
10. Chemical Resistance: Excellent.
Main Constructions of Marine Mooring Dyneema Rope:
Parameters of Marine Mooring Dyneema Rope for Reference:
Dia.
Cir.
Weight
Breaking Load
mm
inch
inch
Kgs/100m
LBS/100FT
TON
KN
6
1/4
3/4
2.3
1.5
4.3
42
8
5/16
1
3.7
2.5
6.7
66
10
13/32
1-1/4
5.6
3.7
9.7
95
12
15/32
1-1/2
7.9
5.3
13.3
131
14
9/16
1-3/4
10.6
7.1
17.8
174
16
5/8
2
13.7
9.2
22.9
225
18
23/32
2-1/4
17.3
11.6
28.8
282
20
13/16
2-1/2
21.2
14.3
35.3
346
22
7/8
2-3/4
25.6
17.2
42.5
416
24
15/16
3
30.4
20.4
50.3
493
26
1-1/32
3-1/4
35.7
24.0
58.8
576
28
1-1/8
3-1/2
41.3
27.8
67.8
665
30
1-3/16
3-3/4
47.4
31.8
77.5
760
32
1-1/4
4
53.9
36.2
87.8
860
34
1-11/32
4-1/4
60.8
40.8
98.6
966
36
1-7/16
4-1/2
68.1
45.8
110
1078
38
1-1/2
4-3/4
75.9
51.0
122
1196
40
1-19/32
5
84.0
56.5
135
1318
42
1-21/32
5-1/4
92.6
62.2
148
1447
44
1-3/4
5-1/2
102
68.3
161
1581
46
1-13/16
5-5/8
111
74.6
176
1720
48
1-7/8
6
121
81.3
190
1864
50
2
6-1/4
131
88.0
205
2013
52
2-1/16
6-1/2
142
95.3
221
2167
56
2-1/4
7
164
111
254
2490
60
2-3/8
7-1/2
189
127
289
2831
64
2-1/2
8
215
144
326
3191
68
2-11/16
8-1/2
242
163
364
3567
72
2-7/8
9
271
182
404
3961
80
3-5/32
10
335
225
488
4787
88
3-7/16
11
405
272
578
5669
96
3-13/16
12
481
324
673
6599
For more sizes and color please contact us.
Different Color of Marine Mooring Dyneema Rope: