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This document is a certificate with an ID of 2bfb44f85d3dad46c49be6555f9769c8 issued to Vijay prakash on 2020-09-02. The certificate contains essential identifying information such as the recipient name, date of issue, and a unique certificate ID number.
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Project: Studies On Textile Printing on Cotton Fabric with Various Thickner
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DRAFTING IN SPINNING PROCESS Principle of yarn manufacturing pdf
Drafting in yarn manufacturing is the process of attenuating loose fibers called slivers by passing them through rollers. This straightens and makes the fibers more parallel. Drafting involves pulling fibers through rollers at different speeds to lengthen and thin them out. There are three types of drafts: mechanical draft from speed differences between rollers, actual/resultant draft accounting for slippage, and tension draft from fiber tension. Drafting arrangements, elements, and settings are important factors that influence yarn evenness and strength.
X Ray Diffraction
The document discusses specifications and applications of several textile testing machines:
1. An X-ray diffraction machine is described which uses Bragg's law and monochromatic X-rays to determine the atomic and molecular structure of crystals and measure crystallinity.
2. A drying rate tester measures how long it takes for a wetted fabric to dry against a heated plate with airflow, to test the drying properties of textiles.
3. A differential scanning calorimeter precisely controls and measures the heat flow into and out of samples and a reference material during heating, to identify thermal transitions and measure properties like melting points, crystallization, and reaction kinetics.
X Ray Diffraction
The document provides information on several types of testing machines:
1. An X-ray diffraction machine is described that uses Bragg's Law to determine the atomic structure of crystals.
2. A drying rate tester measures the time it takes for a fabric to dry using a heated plate and sensors.
3. A differential scanning calorimeter precisely controls and measures the temperature of samples and references to determine thermal transitions like glass transitions, melting points, and reaction kinetics.
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The document discusses jet weaving machines. It describes how jet weaving uses compressed air or water to propel the weft yarn through the shed using high velocity nozzles. This allows for higher production speeds than solid shuttle looms. Key components discussed include the metered weft insertion, nozzles, compressed air supply, and mechanisms for gripping, cutting and tensioning the weft yarn. Advantages of jet looms are also summarized, such as fewer moving parts and ability to modify warp passage for space savings.
TO STUDY THE FIBRE DYEING PROCESS FOR MELANGE YARNInternship report
This document provides a project report on studying the fibre dyeing process for melange yarn. It includes an introduction on melange yarn production and its applications. It then discusses the manufacturing process which involves dyeing fibres before spinning. Comparative data is shown between non-compact and compact yarns. Key points covered include improving yarn evenness, strength and reducing imperfections when using compact spinning. Finally, common problems in melange yarn production are outlined such as shade variation and ensuring proper fibre blending and ratios.
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- The plant has 12 texturizing machines from two brands with spindle capacities of 168 and 112.
- Other processes discussed include twisting, different dyeing departments for polyester, nylon and carpet, and machine specifications for dyeing, hydro, and pressing machines.
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Oran certificate
- 1. Vijay prakash 2020-09-02 Certicate ID: 2bfb44f85d3dad46c49be6555f9769c8