Marina Maxi Ropes

Marina Maxi Ropes photo-1
Negotiable MOQ: 10 Tons (Price negotiable depending on order volume and customization)
Key Specifications
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Place of Origin:
Maharashtra, India
Brand Name:
AXIOM
Model Number:
.
Payment & Shipping
Payment Methods:
Port of Shipment:
MUMBAI PORT
Delivery Detail:
Delivery time depends on order quantity.
Place of Origin Maharashtra, India
Brand Name AXIOM
Model Number .

Specifications

Marina Maxi is far technologically superior, it surpasses the strength and other properties of normal polypropylene rope.

Marina Maxi is far technologically superior, it surpasses the strength and other properties of normal polypropylene rope. With very high Strength/Weight ratio, it allows substantial size reduction, ease in handling and provides overall economy. Marina Maxi rope retains superior breaking Strength originated from technically reinforced composition of High Grade Synthetic Compound with Polyester and Polypropylene. In addition to the other superior properties, this ideal composition and construction creates extremely low elongation that offers stability during usage.

The Company
Axiom Cordages LTD is the Company in India that supply Ropes under OCIMF Guidelines.

Cyclical loading test
The test equipment is designed to be used for cyclic loading tests of ropes made of synthetic materials which will be used in applications exposed to cyclic loading in service. The procedure of prototype rope testing for determination of the TCLL value is specified in OCIMF (OIL COMPANIES INTERNATIONAL MARINE FORUM) guidelines.

 

Test Procedure
The cyclic loading test is performed at defined levels of loading in wet conditions. The rope sample is loaded with the prescribed number of cycles at individual levels of loading at a prescribed rate until the sample breaks or 2000 cycles at an 80% level of loading is achieved. The achieved number of cycles is used to calculate the TCLL level of loading at which the rope would break at 1000 cycles. The test course is continuously recorded by means of a computer and the final test report is based on this computerized record.

 

Dia Wt. Per 220 mtrs. Wt. Per 220 mtrs. Wt. Per 200 mtrs. Wt. Per 200 mtrs. Breaking strength Breaking strength Breaking strength
(mm) in Kgs. in Lbs. in Kgs. in Lbs. in Kgf. in Lbs. in KN.
40 174 383 158 347.6 31100 68420 305
44 213 468.6 194 426.8 37100 81620 363
48 252 554 229 503.8 43600 95920 427
52 295 649 268 589.6 50600 111320 496
56 343 754.6 312 686.4 58100 127820 569
60 395 869 359 790 66100 145420 648
64 448 985.6 407 895.4 74600 164120 731
68 505 1111 459 1010 83700 184140 820
72 566 1245.2 515 1133 93300 205260 914
76 633 1392.6 575 1265 104150 229130 1021
80 701 1542.2 637 1401.4 115000 253000 1127
84 775 1705 705 1551 126500 278300 1240
88 850 1870 773 1700.6 138000 303600 1353
96 1007 2215.4 916 2015.2 163000 358600 1598
100 1098 2415.6 998 2195.6 176550 388410 1730
*104 - - 1080 2576.2 190100 418220 1864

 

 

Properties

  • Specific Gravity: 0.99
  • Melting Point: 185oC
  • Breaking Load Reduction of Wet Rope: 0%
  • Bending Ratio: 9:1
  • Elongation at Breaking Point: 15%
  • Water Absorption: 0%

Distinctive Advantages

  • Float On Water
  • High Breaking Strength
  • High Abrasion Resistence
  • High Shock Absorption
  • No Loss Of Strength When Wet
  • Low Weight-Easy Handling
  • Very Low Snap-Back Effect
  • Low Elongation

Application

  • Mooring Lines For 0.1 Tanker
  • Towing Lines
  • Anchoring Lines
  • SPM Hawsers
  • Messenger Lines
  • Offshore Applications

 

Elongation Test


Total stretch represents the entire length change in a new rope when placed under a given stress (load) and includes the non-recoverable, recoverable overtime and immediately recoverable portions of extension. One of the variables affecting percentages of elongation is intermittent loading vs. sustained loading; plotted graphically, the curves are somewhat different. Two marks are made on Marina Maxi Rope 30 inches apart, then tightly knot up a piece of string or twine made of same material through the strands at these marks. The string measure 34-1/2 inches between knots. When the rope is put under load of 20% of its breaking strength it is elongated less than 15% between the two knots 30" apart when relaxed will now be 34-1/2" apart (30"+0.15x30 = 34-1/2") and the string is taut.

Conclusion
If the string would have snapped out then it is to be believed that the rope has been loaded more than the breaking strength as well as if the distance have been more than 34-1/2" then the elongation is more than 15% which is not the case in our sample.

 

 

 

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Business Type
Manufacturer, Distributor/Wholesaler
Year Established
1999
Factory Size
Above 100,000 square meters
Total Employees
501 - 1000 People

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