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Catalog

Lavsan cords - anchor and boat

Lavsan cord is made on cord weaving machines from high-strength polyester threads. Thanks to the materials and technologies, polyester halyard has a very long service life and is practically not affected by the environment: water, sun; does not rot and does not absorb water. Lavsan ropes and cords have the maximum service life outdoors, under the influence of ultraviolet and moisture.


Application: Universal. Equipment of yachts, boats (sheets, halyards), lifting loads (well suited for work in roller and pulley systems, clamps).


Properties: Low elongation Very high resistance to ultraviolet radiation Sinks in water. Does not change properties when wet High melting point allows ropes to be used in intense friction mode.

Artikul Diameter Breaking stress Weight 1 m Length Price Pack pcs.
№484
№484
2  mm
30 kg - 1 m
0.77 uah
№304
№304
3.5  mm
- - 1 m
2.80 uah
№613
№613
6.5  mm
- - 1 m
7.94 uah
No.483/6
No.483/6
8  mm
- - 1 m
15.73 uah
№530
№530
8  mm
- - 1 m
18.40 uah
№660
№660
10  mm
- - 1 m
26.45 uah

 

         
high strength not afraid of UF radiation  not afraid of water resistant to chemicals wear-resistant cord
anchor cord Yacht sheets mooring cord for camping windsurfing cord for tourism

 

 

 

Features
Polyamide (kapron) Polypropylene Polyester (Lavsan) Cotton
Density 1.14 g/cm3 0.91 g/cm3 1.38 g/cm3 1.50 g/cm3
Softening temperature 170 °C 140 °C 225 °C  
Melting temperature 215 °С 165 °С 260 °С  
Elongation at break up to 50% up to 30% up to 30% Up to 30%
Wet breaking load loss up to 15% (breaking load is restored upon drying) does not lose does not lose  increase up to 15%
Resistance to sunlight Insufficient Insufficient (when adding light stabilizers and dyes, they are resistant to light and atmospheric conditions and almost do not lose strength for a long time) Good Average
Resistance to temperature from –40 to +60 Good Insufficient Good  
Resistance to acids Insufficient Good Good Damaged
Resistance to alkalis Good (damaged in hot alkalis) Good Fair (damaged in concentrated and hot alkalis) Damaged
Resistance to microorganisms (rot, mold) Good Good Good Prone to rot
Insects Not edible Not edible Not edible  
Fire Hardly flammable Hardly flammable Hardly flammable Highly flammable (does not emit harmful substances when burned)
Flexibility Good Sufficient (decreases at negative temperatures) Good Good
Energy absorption capacity High Sufficient Good  
Resistance to shock loads (jerks) Good Sufficient Sufficient  
Electrostatic properties Dielectric Dielectric Dielectric Dielectric
Moisture absorption 4% 0% 0.4% 8.5%