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Publication Details

Profile of Lenzing: A Leader in Cellulosic Fibres and a Joint Venture Partner in Carbon Fibres

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Textiles Intelligence: Business, Market Analysis,World’s Fibre, Textile, Apparel Industries.


Publication Date: 01-APR-07
Pages: 19
Format: PDF
Price: $425.00
Delivery: Immediate Online Access
   

Description

The company's sales reached Euro1 bn (US$1.3 bn) for the first time during the year ending December 31, 2006, mainly as a result of an exceptional performance in its fibres business. Lenzing attributes its success to its proprietary cellulosic fibre technology and its focus on the production of high value and low volume speciality fibres for niche markets.
In 2005 Lenzing's total fibre output was 453,806 tons. In 2007 its production capacity increased further following the start-up of a new 60,000 tons per annum viscose fibre line in Nanjing, China.
In early 2007 the company operated two viscose fibre plants: one in Lenzing, Austria, and another in Indonesia. It also has three Tencel lyocell fibre plants: in Heiligenkreuz, Austria; in Grimsby, UK;
and in Alabama, USA.
The company's viscose unit in Lenzing boasts a number of unique advantages. Its entire wood pulp requirements come from an integrated pulp facility, while its heat and power needs are sourced from a nearby power plant which is owned and operated by Lenzing. This integrated approach enables the company to source low cost, high quality wood pulp and generate sales from by-products of wood
processing. It also gives Lenzing complete control over its energy supply. As a result, just 18% of the Lenzing site's fuel comes from fossil fuels.
It is generally expected that demand for cotton will exceed supply in the near future, and executives at Lenzing believe that cellulosic fibres can fill part of the shortfall in supply. Cellulosic fibres offer a number of practical advantages over cotton, such as moisture management for sensitive skin, a variety of surface effects, improved durability and flame retardancy. In terms of the manufacturing process, cellulosics result in a higher average yield per hectare, significantly lower water usage, renewable resources (wood), reduced pesticides, fertilisers and insecticides, and zero reliance on genetically modified (GM) crops.

Table of Contents

  1. SUMMARY
  2. INTRODUCTION
  3. Textiles
  4. Nonwovens
  5. Pulp
  6. Lenzing Technik: Engineering
  7. Plastics
  8. Paper
  9. Energy
  10. COMPANY DEVELOPMENT
  11. PRODUCTS
  12. Tencel
  13. Moisture management
  14. A variety of surface characteristics
  15. Improved durability
  16. Lenzing Modal
  17. Lenzing Viscose
  18. Lenzing FR
  19. Nonwovens
  20. Nonwovens for wipe applications
  21. PRODUCTION
  22. Manufacturing facilities and annual capacity
  23. Output
  24. FIBRE MANUFACTURING PROCESS
  25. Viscose fibre
  26. Fibre quality
  27. The process
  28. Lyocell fibres
  29. ADVANTAGES OF CELLULOSIC FIBRES OVER OTHER FIBRES
  30. Cellulosics versus cotton
  31. Demand for cotton is exceeding supply
  32. Cellulosics can replace cotton and offer benefits
  33. Average yield
  34. Pest control
  35. Water consumption
  36. Lenzing cellulosic fibres utilise environmentally friendly production processes
  37. Cellulosic fibres versus synthetic fibres
  38. FINANCIAL PERFORMANCE OUTLOOK
  39. Expansion into carbon fibre production
  40. Cellulosic fibre capacity expansion in China
  41. Uncertainties in the near-term future
  42. Potential acquisition target?
  43. List of tables
  44. Table 1: Lenzing: production plants and capacity, April 2007
  45. Table 2: Lenzing: financial summary, 2003-06

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