Linen ropes

Linen ropes are made from linen yarn. Linen fiber is characterized by strength, low stretchability, and hygroscopicity.

The advantages of linen rope are: - High coefficient of friction; resistance to solar and thermal radiation; low electrification; environmental safety. The disadvantages of linen rope include high hygroscopicity, reduced breaking load when wet, and a tendency to rot. These disadvantages are easily eliminated after treating linen rope with special protective and impregnation agents.

Linen rope has a beautiful light gray color. Unlike linen rope, such a rope is smooth and very beautiful.

Linen rope is used for technical purposes, decorative decoration of wooden houses, houses made of timber, houses made of rounded log houses, chopped houses, and furniture decoration.

External look	Artikul	Name	Unit	Price	Pack pcs.
	No.210014	Linen rope 14 mm	m	18.40 uah
	No.210018	Linen rope 18 mm.	m	22.00 uah


softness and lightness	not afraid of UF-radiation	environmentally friendly

decor and interior decoration

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%