BTT602

Advance Spinning Technology

L-T-P3-1-0 Credits4 Session2024-25 TypeTheory
Appears in 1 semester

B.Tech Textile Technology · Sem 6 (Core)

Syllabus

5 units · 36 lecture hours
Unit1

Unit 1

7 hrs

Limitations of ring spinning , causes leading to advent of non-conventional system of spinning ,Principle of unconventional method of yarn manufacturing open-end spinning process , Advantages and limitations of open-end spinning process , Yarn structure and end use applications of open end yarns , Classification of new yarn spinning technologies. Brief description of new yarn spinning technologies.

Unit2

Unit 2

7 hrs

Rotor spinning –Objectives and working principle of rotor spinning , Operations involved in rotor spinning , Design features of rotor spinning machine and yarn formation, Design features of opening unit , rotor , naval and yarn withdrawal tube, Raw material requirements, Yarn structure, Yarn characteristics-comparison with ring yarn , Latest development in Rotor spinning

Unit3

Unit 3

7 hrs

Friction spinning – principle ,Dref -2 and Dref-3 spinning , Design features of Dref-2 and Dref-3 machines , working principle and yarn formation in Dref-2 and Dref-3 , Raw material requirements , Limitations of friction spinning , Yarn structure and Properties of friction spun yarn, End use applications of friction yarns

Unit4

Unit 4

8 hrs

Air jet spinning-Principle , concept of false twist , Double nozzle air jet spinning- working principle and yarn formation , Vortex spinning – working principle and yarn formation , Raw material requirements , effect of process variables on yarn formation , Yarn characteristics of air jet spun yarns. Limitations of air jet yarns ,End use applications of air jet spun yarns.

Unit5

Unit 5

7 hrs
  • Self twist spinning – Rubbing Technique , Twist spinning- Plyfil spinning and SIRO spinning , Twist less spinning – TWILLO process , Bobtex ICS process , Wrap spinning- parafil spinning , Electrostatic spinning , Core spinning , Felting Process – Periloc yarn
  • Grand Total of Lectures Required = 36
Course Outcomes (COs)5 outcomes

After completion of the course student will be able to:

  1. CO1Understanding ring spinning limitations, principle of OE spinning , Classification of new spinning technologies
  2. CO2Understanding principle & yarn formation of rotor spg ,yarn structure & properties of rotor yarn
  3. CO3Understanding concept of friction spinning , Dref-2 and Dref-3 machines and yarn formation, yarn structure , properties and application of friction yarns
  4. CO4Understanding principle and yarn formation of air jet spinning , vortex spinning, limitations and uses of air spinning technology , characteristics of air jet and vortex yarns
  5. CO5Understanding concepts of self twist and twist spinning, Twist-less spinning , electrostatic spinning , wrap spinning, core spinning and felting process .

Reference Books

  1. New Spinning Technology Vol 4 & 5 – W. Klein
  2. Fundamentals of spun yarn technology By C. A Lawrence
  3. Spun Yarn Technology – Oxtoby
  4. New Spinning Systems –Mahendra Gowda R V (NCUTE Publication ,IIT Delhi ,2006)

Official AKTU syllabus

This subject is on page 15 of the original AKTU PDF.

Official AKTU syllabus PDF ↗