Introduction To Open-end Spinning Technologies 23 Nov
Introduction To Open-end Spinning Technologies

Open-end spinning is a technology for creating yarn without using a spindle. It is also known as break spinning or rotor spinning. The principle behind open-end spinning is similar to that of a clothes dryer spinning full of sheets. If you could open the door and pull out a sheet, it would spin together as you pulled it out. Sliver from the card goes into the rotor, is spun into yarn and comes out, wrapped up on a bobbin, all ready to go to the next step. There is no roving stage or re-packaging on an auto-coner. This system is much less labour-intensive and faster than ring spinning with rotor speeds up to 140,000 rpm. The Rotor design is the key to the operation of the open-ended spinners. Each type of fibre may require a different rotor design for optimal product quality and processing speed.

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Rapier Loom Machine: All You Need to Know 17 Nov
Rapier Loom Machine: All You Need to Know

The rapier loom machine was invented in 1844 and saw continuous development throughout the years until 1925. However, during the 1950s and 1960s the machine was completely developed and commercialised the way we know it now. In this short blog, learn a lot about what is the rapier loom machine and what are its features.

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The Working Principle And Type Of Loom 10 Nov
The Working Principle And Type Of Loom

Weaving machines, also known as textile machines, weaving machines, cotton spinning machines, etc., the early looms are all driven by human-powered looms. The shuttleless looms technology has been in research since the 19th century and has gradually been introduced to the international market since the 50th generation. Since the 1970s, many new shuttleless looms have been introduced to the market.

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Warping Process in Weaving 04 Nov
Warping Process in Weaving

Inside our weaving mill there’s a machine that isn’t constantly in operation, unlike our looms. But the function it performs is a fundamental one: it’s the warper.

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Carding in Spinning Process and Its Functions 20 Oct
Carding in Spinning Process and Its Functions

Carding is known as the heart of spinning in textile manufacturing process. Carding is the second process conducted in spinning after blow room followed by combining, drawing, roving, and cone winding in textile manufacturing process. Carding in spinning process cracks up the locks and the unorganized clumps present in the fiber. This is done to make the fibers parallel to each other. Carding machine includes a single big roller covered by small roller surrounded with small spikes. Overall, the carding process removes impurities, decreases the blend to fiber mesh and divides it into roving required i.e. performing various functions. Carding plays a significant role in spinning cycles especially in woolen spinning cycle incorporating various functions.

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Properties Of Jute Fibre 13 Oct
Properties Of Jute Fibre

Jute is a natural cellulose fibre. It is biodegradable and environment friendly fibre. It can also be recycled.

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Tongda VCRO Automatic Winder: Development. Features. Advantage 29 Sep
Tongda VCRO Automatic Winder: Development. Features. Advantage

VCRO automatic winder inherits the advantages of SMARO-NEW series winder, adopts bran-new profile design - featured by beautiful and dignified, adopts the bran-new smart anti-pattering device, new type of tension control system and new type of balloon control mechanism to ensure perfect package building, more even winding tension,high machine operation stability and reliability to meet customer requirement better.

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Air Jet Loom: Features, Working Principle, Advantages 22 Sep
Air Jet Loom: Features, Working Principle, Advantages

Air jet loom is one kinds of shuttle less loom. Normally, air jet loom uses a jet of air for propelling the filling yarn through the weaving shed. It requires uniform filling yarn. They are suitable use with medium weight yarns then very light and very heavy yarn. Air jet loom is one of the two types of fluid jet looms where another one is water jet loom.

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