Staple Fiber Archives - Zarifmosavar Industrial Group

Acrylic Fiber : Advantage, Disadvantages

Acrylic Fiber Is Made By Spinning Acrylonitrile Copolymers Over 85% Of Acrylonitrile Monomers. These Fibers Are In Tough Competition With Nylon, Polyester And Polyolefin. Acrylics Have Many Desirable Properties Of Wool And Do Not Have The Disadvantages Of Wool. Therefore, The Usage Of Acrylic Fiber Is Increasing Day By Day.

January 16, 2022/by Mohammad KakaeNezhad

Polyvinyl Alcohol Fiber (PVA)

Articles, Articles, Articles, Articles

Polyvinyl Alcohol Fiber Is One Of The Best Types Of Fibers For Reinforcing Concrete Due To Tensile Strength And High Modulus Of Elasticity And Non-Environmental Pollution.

January 11, 2022/by Mohammad KakaeNezhad

Polyvinyl Chloride Fiber (PVC) or Vinyon Fiber

Articles

Polyvinyl Chloride Fiber Or PVC Fiber Is A Widely Used Plastic And One Of The Most Valuable Products In The Petrochemical Industry. PVC Is Mostly Used In Construction And Its Fibers Have The Same Specifications.

January 5, 2022/by Mohammad KakaeNezhad

Olefin Fiber (Polypropylene + Ethylene)

The Combination Of Polypropylene And Ethylene Fibers Is Often Called Olefin Fibers. Olefin fiber is used in carpeting, ropes, and vehicle interiors.

January 3, 2022/by Mohammad KakaeNezhad

Polypropylene Staple Fiber (PP Staple Fiber)

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What is Polypropylene Staple Fiber (PP Staple Fiber) (PPSF)

Raw Polypropylene Staple Fiber Are Most Used In The Construction Industry. These Fibers Are Combined With Cement Mortar And Significantly Increase The Tensile Strength Of Concrete. In Fact, One Of The Drawbacks Of Concrete Is Its Tensile Strength And Stability Against Cracking And Tearing.. By Adding Polypropylene Fibers To The Cement Mortar, The Weight Or Volume Of The Mortar Does Not Increase Or Decrease.

Polypropylene Fibers Are A Good Alternative To Thermal Rebars In Concrete. Polypropylene Fibers Can Be Added To Concrete In Various Forms In The Form Of Short And Separated Pieces.

Product: Staple Fiber + Data sheet

What are Polypropylene Staple Fibers used for?

Polypropylene Staple Fiber are used in the following cases: industrial pavements, highly resistant concrete, industrial lands.

Advantages And Disadvantages Of Using Polypropylene Fibres

Polypropylene Staple Fiber Are Also Used For The Strength Of Plastics. By Adding It To Plastic, It Reduces Plastic Cracks Due To Impact Or Cracking Of Moisture And Temperature Changes.

Advantages: High Energy Absorption In Concrete, Relatively High Melting Point, Alkali Resistance, Non-Magnetic, No Dust Absorption, High Wear Resistance, Reasonable And Cheap Price

Disadvantages: Exposure To Ultraviolet Rays Of Sunlight, Due To Its Polar Dyeing Is Associated With Correction And Difficulty.

Manufacturer and Price of Polypropylene Staple Fibers

Zarif-Mosavar Industrial Group Is A Manufacturer Of Synthetic Fibers, Including Polyester Fibers, Polypropylene Fibers (PP Fibers), Polyamides (Nylon), Etc. Send Email For Price:

Email: info@zarifindustrial.com

Polypropylene Staple Fiber, High Tenacity (Denier 6)
Products Specification	Value	Measuring Unit	Test Reference
Length	75±5	mm	ISO 6989
Fineness	6±6%	Denier	ISO 1973
Tenacity	min. 52	gf / den	ISO 1973
Elongation	max. 100	%	ISO 1973
Shrinkage	max. +6	%	ASTM D4974
Crimp Number	20±5	Waves / Decimeter	DIN 53840-1
Humidity	max. 1	%	ASTM D2257
Oil Pick up	0.25±0.05	%	ASTM D2257
Color	Raw White	Raw White	Raw White

Polypropylene Staple Fiber, High Tenacity (Denier 3 / 6)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 3	gf / den	ISO 1973
Elongation	55 ± 15	%	ISO 1973
Fineness	6 ±10%	Denier	ISO 1973
Humidity	Max: 1	%	ASTM D2257
Shrinkage	Max. 5	%	ASTM D4974
Color	According to Sample	–	According to Sample

Polypropylene Staple Fiber (Denier 15)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 30	gf / den	ISO 1973
Elongation	Max. 100	%	ISO 1973
Fineness	15 ±10%	Denier	ISO 1973
Humidity	Max: 1	%	ASTM D2257
Shrinkage	Max. 5	%	ASTM D4974
Color	According to Sample	–	According to Sample
Crimp Number	23 ± 4	Waves / Decimete	DIN 53840 – 1

Polypropylene Staple Fiber , Raw White 35T Diameter Concrete Fibers
Product Specificition	Value	Measuring Unit	Test Reference
Length of Fibers	6 ± 1.5,12 ± 1.5,18 ± 1.5	mm	ISO 6989
Extraction Oil	0.5 ± 0.05	%	PL-OPAO
Diameter	35 ± 1.7	Micron	Domestic Laboratory
Tearing Strength	Min: 30 ,Max. 40	Centinewton / mm2	ASTM D3822
Elongation of Length	Max: 60	%	ASTM D3822
Humidity	Max: 1	%	PL-MERO
External Particles	Without External Particles	–	According to Sample
Dispersion	Fully Dispersed in Water	–	Domestic Method

January 1, 2022/by Mohammad KakaeNezhad

Polyamide Fiber (Nylon Staple Fiber)

Polyamide Fiber & Nylon Staple Fiber – Zarifmosavar Industrial Group

Polyamide Fiber/Nylon Staple Fiber (PA Plastic) Fiber is one of the most popular synthetic fibers used in textiles and industries. Nylon is the generic name for a family of synthetic polymers which were developed in February 1935 by Wallace Carrots at DuPont firstly, and because it is produced by the binding of repetitive peptamide (bonded amide) units, it was also called polyamide. .

Product of Zarifmosavar + Datasheet : Polyester & PolyPropylene & Polyamide Staple Fiber

Polyamide Fiber Categories According to Their Constituent Monomer

Polyamides are divided into two important categories according to their constituent monomer.

Diamine-based polyamides with the following formula:

(-NH- (CH2) a-CO-) n

The names of these polymers are based on the number of carbon atoms in the original molecule; Which is obtained from the sum (C + 1) a and a represents the repetition of the CH2 group.

B-diamines based on diamine and dicarbonic acid with the following formula:

(NH- (CH2) 6-NH-CO- (CH2) b-CO-) n

The naming of these polymers is based on the number of carbon atoms in each group. b The second number of the formula is obtained according to (C + 2) b.

Due to the physical properties of these Nylon Staple Fiber, they are widely used in textiles, especially clothing, such as knitwear (socks and…), blouses, underwear, raincoats, ski clothes, windbreakers, swimwear and bicycle clothing, as well as furniture such as furniture, Blankets, rugs and curtains are used and due to excellent mechanical properties, fatigue resistance and good tensile strength in truck and aircraft tires, seat belts, car flooring, parachute, conveyor, rope, fishing rope, net, bag Sleepers, tarpaulins and dental floss are used as separators in Ni-H and Ni-Cd batteries.

Advantages: low weight, heat and electricity insulation, abrasion resistance, good tensile strength, gloss, resistance to chemicals and oils, sun resistance, washability with water, paintability, good elasticity and buoyancy, surface Smooth, softness, long shelf life of yarns and fabrics, high melting point, low flammability, reasonable price.

Disadvantages: high moisture absorption, low dimensional stability

MORE: Polyester Staple Fibers (PSF)

December 29, 2021/by Mohammad KakaeNezhad

Polyester Staple Fibers (PSF)

Polyester Staple Fibers

The largest Volume of Synthetic Fiber Products in the World is Made of Polyester Fiber or Polyester Staple Fiber (PSF). Polyester is a Type of Polymer That Has Ester Groups, Which mainly include Polyethylene Terephthalate (PET).

Other polyesters, such as polybutylene terephthalate (PBT) and polyethyl methyl terephthalate (PTT), are used in carpet fibers due to their superior fiber yield.

Product: Staple Fiber + Data sheet

Polyester Staple Fibers are not elastic alone, but by combining with other fibers to achieve this ability. Cotton also breathes much better than polyester because it allows air to pass through the fibers. Polyester clothing is more resistant to moisture and wrinkles rather than cotton clothing

Article: What is Polyamide Fiber? Nylon?

Advantages & Disadvantages of Polyester Staple Fiber

Advantages: Has a favorable range of physical properties, strong, light, paintable, wrinkle resistant, resistant to most chemicals, easy quick-was drying, resistant to stretch and shrinkage, resistive against Ultraviolet radiation, low absorption, cheap, mass production from petrochemical sources.

Disadvantages: Prepared from chemicals, long-term direct contact of polyester with the body, leads to serious problems such as skin allergies, skin cancer, lung and heart, due to non-breathable and insulating properties, causes the body to sweat more, flammability High, prone to static accumulation (static electricity), longer odor retention than natural fibers, poor fluff retention compared to carpet / rug nylon, less breathability rather than natural fibers.

Note: Of course, biodegradable polyesters from lactic acid, glycolic acid and other hydroxy acids do not cause contact problems with the body, even in medical devices such as soluble sutures.

Polyester Staple Fiber (Denier 3)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 3	gf / den	ISO 1973
Elongation	50 ± 10	%	ISO 1973
Fineness	3 ±10%	Denier	ISO1973
Humidity	Max. 1	%	ASTM D2257
Shrinkage	+1 to +3	%	ASTM D4974
Color	According to Sample	–	According to Sample
Crimp Number	50 ± 10	Waves / Decimeter	DIN 53840 – 1

Polyester Staple Fiber (Denier 6)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 3	gf / den	ISO 1973
Elongation	55 ± 15	%	ISO 1973
Fineness	6 ±10%	Denier	ISO1973
Humidity	Max: 1	%	ASTM D2257
Shrinkage	+1 to +3	%	ASTM D4974
Color	According to Specimen	–	According to Sample
Crimp Number	35 ± 5	Waves / Decimeter	DIN 53840 – 1

Polyester Staple Fiber (Denier 15)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 3	gf / den	ISO 1973
Elongation	Max. 75	%	ISO 1973
Fineness	15 ± 10%	Denier	ISO 1973
Humidity	Max: 1	%	ASTM D2257
Shrinkage	Max: 1	%	ASTM D4974
Color	According to Sample	–	According to Sample
Crimp Number	26 ± 6	Waves / Decimeter	DIN 53840 – 1

Polyester Staple Fiber (Denier 17)
Product Specificition	Value	Measuring Unit	Test Reference
Length	12,18,51,64,75,90,100,110,130 ± 5%	mm	ISO 6989
Oil Pick up	0.2 ± 0.05	%	ASTM D2257
Tenacity	Min. 2.5	gf / den	ISO 1973
Elongation	Max. 75	%	ISO 1973
Fineness	17 ±10%	Denier	ISO 1973
Humidity	Max: 1	%	ASTM D2257
Shrinkage	Min. 1,Max. 3	%	ASTM D4974
color	According to Sample	–	According to Sample
Crimp Number	20 – 25	Waves / Decimeter	DIN 53840 – 1

December 29, 2021/by Mohammad KakaeNezhad

Acrylic Fiber : Advantage, Disadvantages

Polyvinyl Alcohol Fiber (PVA)

Polyvinyl Chloride Fiber (PVC) or Vinyon Fiber

Olefin Fiber (Polypropylene + Ethylene)

Polypropylene Staple Fiber (PP Staple Fiber)

What is Polypropylene Staple Fiber (PP Staple Fiber) (PPSF)

What are Polypropylene Staple Fibers used for?

Advantages And Disadvantages Of Using Polypropylene Fibres

Manufacturer and Price of Polypropylene Staple Fibers

Polyamide Fiber (Nylon Staple Fiber)

Polyamide Fiber & Nylon Staple Fiber – Zarifmosavar Industrial Group

Polyamide Fiber Categories According to Their Constituent Monomer

Polyester Staple Fibers (PSF)

Polyester Staple Fibers

Advantages & Disadvantages of Polyester Staple Fiber

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What is Polypropylene Staple Fiber (PP Staple Fiber) (PPSF)

What are Polypropylene Staple Fibers used for?

Advantages And Disadvantages Of Using Polypropylene Fibres

Manufacturer and Price of Polypropylene Staple Fibers

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Polyamide Fiber & Nylon Staple Fiber – Zarifmosavar Industrial Group

Polyamide Fiber Categories According to Their Constituent Monomer

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Polyester Staple Fibers

Advantages & Disadvantages of Polyester Staple Fiber

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