Unique surfaces with sustainable fibres

The sustainable fibres from recycled paper developed by our production partner CFF GmbH & Co. KG serve as an easy-to-use lightweight filler. These fibres, called TECHNOCEL G ®, were developed for creating cost-effective, innovative, user-friendly and unique surfaces without the need for stabilizers. 

The sustainable fibres are used for wear-resistant surfaces as well as for “soft-touch” coatings. The filler replaces the use of mineral aggregates, which in turn reduces the use of expensive dispersants. 

Within the mixture, the fibres remain stable despite high shear forces, and create a predictable, consistent and environmentally friendly surface appearance.

Thanks to their natural and renewable origin, the fibres are 100% biodegradable and present no physiological or toxicological concern.

• High physical water absorption and effective water retention
• Insoluble, chemically inert natural fibre granulate
• 100% biodegradable
• No REACH certification or SVHC declaration necessary

Objective

In paints and in plasters, the texturized fibres from recycled paper are used with the aim of creating innovative, unique and sustainable surfaces. Different, defined particle sizes are chosen to create fine or course textured surfaces.

Application

With the application of Technocel G fibres, sedimentation can be avoided without the need for additional stabilising additives. This enables simple and dust-free dosing in the production process. 

The paint mixed with the sustainable filler, as well as a plaster for example, can be optimally processed in all common rolling and spraying processes. This leads to uncomplicated processing in the final application and an excellent final result.

Advantages

Using sustainable fibres from recycled paper can help achieve the following advantages:

• Improved storage stability compared to conventional products
• Dust-free use
• Easy cleaning and dosing, no time-consuming mixing
• Use for “soft-touch” surfaces with low abrasion
• Ideal for rolling and spraying application
• Shear-resistant particles in cubic form
• Reduced production costs by dispensing with additional stabilizers

Conclusion

These sustainable fibres make it much easier to develop and produce unique surface coatings. The final product can be applied easily and successfully by roller or spray gun.

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