WH Lipex Introduces the
Versatile Fibre Forming Station

In the realm of material science and engineering, the demand for specialized fibres continues to grow. Whether it’s for high-performance composites, insulation materials, or technical textiles, the ability to tailor fibre properties to specific requirements is essential. Enter the WH Lipex Fibre Forming station, a groundbreaking innovation designed to meet the diverse needs of fibre production with efficiency and flexibility.



At its core, the Fibre Forming Station is a stand-alone unit designed and engineered for testing various glass and basalt types, sizing recipes, and then for continuous production of special fibres ranging from defence to renewable applications. What sets it apart is not just its capability but its adaptability. The station can be dismantled into three main pieces and a staircase, facilitating easy shipping in standard containers. This feature ensures that the station can be swiftly relocated to different sites, even in rugged environments, without compromising on performance.

One of the key design principles behind the Fibre Forming Station is its emphasis on quick mounting and start-up at different locations. Moreover, the station can be equipped with a separate coating unit, enabling the coating of glass or basalt fibres for enhanced functionality and durability.

For scalability, multiple stations can be mounted side by side, and with the addition of an automatic filling station, the process becomes seamlessly integrated and highly efficient.
Flexibility is woven into the very fabric of the Fibre Forming Station. It accommodates various categories of feeding materials, including marbles, pellets, or recycled fibres, catering to different production requirements and sustainability goals.

The Fibre Forming Station is engineered for precision and performance. The opening for the winder is based on a standard cake or direct roving winder, ensuring compatibility with existing equipment and workflows. The applicator module, equipped with automatic positioning, adds another layer of sophistication. It can be programmed for different setups during production, allowing for customization and optimization of fibre properties during production.

In conclusion, the Fibre Forming Station represents a paradigm shift in fibre production technology. Its portability, versatility and efficiency make it a valuable asset for industries seeking innovation and agility in their manufacturing processes. With the ability to test, produce, and customize fibres with ease, the station empowers businesses to stay ahead in a rapidly evolving market landscape. As the demand for specialized fibres continues to grow, the Fibre Forming Station stands ready to shape the future of material science and engineering.


Recycling press release pic

WH Lipex GmbH, part of the Woollard & Henry Group, is at the forefront of promoting sustainability through its recycling composites and transforming them into new fibres. The company’s commitment to environmental responsibility is evident in its active participation in the EU-funded SUSPENS project, dedicated to advancing sustainability practices.

As part of the EU funded SUSPENS project, WH Lipex’ innovative approach plays an important role in recycling scrapped composites, particularly wind turbine blades, processing them into new continuous fibres and fabrics for composite applications. This comprehensive process involves the separation and cleaning of fibres, followed by melting and fibre forming.

First results of the new recycled fibre products were seen at JEC 2024 at our stand and the development will continue with first samples of finished products ready mid-2024. WH Lipex, in collaboration with its partners, sees that this pioneering recycling solution will contribute significantly to achieving circularity in composite materials.

WH LIPEX GmbH remains dedicated to serving its global customer base from its headquarters in Munich, Germany. Together WH Lipex and the Scottish based Woollard & Henry Group are leading the way in fostering a greener and more circular approach to composite materials worldwide.

Foto JEC

WH Lipex focusing on sustainability

Suspens 2023 Nantes

We are one of the Suspens partners tackling the challenge of reducing the environmental footprint of sandwich composite and hollow structures manufacture for the automotive, nautical leisure and aeronautics industries.



We want to thank all our partners and customers!
We will return in 2023!!!

JEC WORLD in Paris
3, 4, 5 Mai 2022

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After 2 years of postponement…

WHLipex is flying there!

To meet us, please, call our Sales Department:


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Woollard & Henry and WHLipex in Guyana


Reczcling Plant
Glass Fiber Scrap
Bushing Workshop

Due to the nature of the glass fibre production there is always some waste coming from fiber forming. WH Lipex recycling plant is designed to reduce the waste load from glass fibre plants and reduce overall cost by eliminating waste transport to outside of the plant. The waste can be recycled and fed back to the furnace as part of the raw material batch.    

The recycling plant is customized to end user needs and can be designed with manual or automatic feeding of waste glass fibres.

WH Lipex has been supplying recycling plants for over 15 years and now introduces new improved plant.

The main advantages for the improved recycling plant are:

  • Improved drying efficiency
  • Improved filter efficiency
  • Improved energy efficiency
  • Improved cost savings for end users

The recycling plant can be installed easily to existing plants.


SBT I K 03 000 3D Ansicht 02 Binder applicator

Newly introduced and developed binder applicator for the nonwoven tissue line will give significant benefits for our customers. We have placed special emphasis on fast cleaning and good handling of the applicator. All internal parts can now be removed quickly and easily without the use of tools and can therefore be cleaned faster reducing production line downtime considerably. Furthermore, we were able to simplify the handling of the applicator considerably in order to adjust the applicator even faster and more precisely. The result is an accurate distribution and minimization of the binder consumption. This saves time and resources for our customers.

Our new filter inserts for the dryer can be easily changed during operation without the need for any additional tools. By pushing in the new filter insert “A”, the old filter insert “B” is pushed out. This ensures that the filter process is not interrupted at any time. This guarantees a constant high quality of the production. The filter mat can be produced inexpensively on the customers own production line.

Tissue Development Filter replacement 01

single fibRE applicator

Newly introduced and developed coating module, the single fibre applicator, allows coating individual glass fibres with wetting additives. On this single fibre applicator, the fibres are no longer in bundles on the applicator but individually displayed. This ensures that all individual filaments are better enclosed with wetting additive (sizing). This performance increases significantly the amount of wetting additive on the fibres and thus improves the bonding possibilities to the other materials in which the glass fibres are embedded.

IAF D K 10 Applicator Isometric
IAF D K 10 000.003.01

Main advantages for this Applicator:


→   Increases the mechanical properties of the end product,

→   New possibilities for weight and cost reduction without losing mechanical properties for end products.

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Ownership change for Lipex Engineering GmbH

Scottish engineering company Woollard & Henry has acquired the assets of the Lipex Engineering GmbH from Eniclay Group and formed a new company called WH LIPEX GmbH. This company as a part of Woollard & Henry will continue to serve international glass and basalt fibre industry.
LIPEX Anlagentechnik und Handel GmbH was originally founded in 1975 and has been a preferred supplier of machinery, equipment and technology for the production of industrial glass fibres. LIPEX is a specialized engineering service provider that conceptually plans both single production lines and complete manufacturing facilities or plants, also as general contractor for the production of industrial glass fibres and creates the necessary designs and provides technology. LIPEX has also strong experience in glass and sizing chemistry for both basalt and glass fibres. WH LIPEX GmbH will continue to provide its worldwide customers high quality service and technology in the field of glass fibre industry.
Woollard and Henry’s acquisition of LIPEX, follows the acquisition of a major shareholding in the German machine builders, Pama GmbH. The collaboration and new group structure will allow better access to product development and manufacturing facilities enabling Lipex customers to take advantage of the greater synergies while improving their business, which is one of the core values of the new company.
Woollard & Henry is Scottish based employee owned company founded in 1873. Main business sectors for W&H are paper and energy industry and with the acquisition of LIPEX allows W&H to further diverse it’s activities into glass and basalt fibres. With strong experience in specialty paper engineering W&H can help LIPEX improve their nonwoven tissue and chopped strand mat technology for the future.
Currently WH LIPEX GmbH is working on various projects in the Europe, Asia and Middle-East.
WH LIPEX GmbH will continue to serve customers worldwide from Puchheim, Munich area in Germany.

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