OK
The material selection platform
Polymer Additives
The material selection platform
Polymer Additives

Fibers > Biofibers

Biofibers are naturally derived polymer reinforcement. Their easy availability, low cost, stiffness and good mechanical properties have enabled them to replace inorganic fillers for reinforcements in the plastic industry (automotive, building & construction, medical ...). Biofibers have a lower processing temperature which limits their usage in polymers processed at high temperatures. Some commonly used biofibers are either based on cellulose, wood, cotton or oil palm.
Product Name
Supplier
Description
JRS Rettenmaier
FILTRACEL® EFC 950 by JRS Rettenmaier is a chemithermomechanical pulp powder. It is a beige powder with 70-200 µm main particle range. It combines natural plant fiber functionality and optic with... view more
JRS Rettenmaier
ARBOCEL® FD 600-30 by JRS Rettenmaier is a technical cellulose short fiber. Its average fiber length is around 45 µm. It is also used as a thickener, for fiber reinforcement, as an absorbent and... view more
JRS Rettenmaier
ARBOCEL® B 600 by JRS Rettenmaier is a powdered, white and pure cellulose fiber. The average fiber length is around 60 µm. It is suitable for diverse polymer applications as functional filler. It is... view more
JRS Rettenmaier
ARBOCEL® BC 1000 by JRS Rettenmaier is a long cellulose fiber. Its average fiber length is around 700 µm. The product is suited for reinforcing polymer composites or as a functional filler in... view more
JRS Rettenmaier
ARBOCEL® B 400 by JRS Rettenmaier is a highly pure cellulose long fiber. The average fiber length is around 900 µm. It is suitable for diverse polymer applications as functional filler. It is also... view more
JRS Rettenmaier
ARBOCEL® B 800 by JRS Rettenmaier is a powdered, white and pure cellulose fiber. The average fiber length is around 130 µm. it is suitable for diverse polymer applications as functional filler. It... view more
JRS Rettenmaier
ARBOCEL® BC 200 by JRS Rettenmaier is a cellulose fiber. Its average fiber length is around 300 µm. The product is suited for reinforcing polymer composites or as a functional filler in various... view more
JRS Rettenmaier
ARBOCEL® BE 600-10 TG by JRS Rettenmaier is a highly pure and white cellulose powder. Its average particle size is around 18 µm and it exhibits a cubic structure. The product is suited for... view more
JRS Rettenmaier
ARBOCEL® BE 600-30 by JRS Rettenmaier is a highly pure cellulose micro fiber. Its average fiber length is around 30 µm. The product is suited for reinforcing polymer composites or as a functional... view more
JRS Rettenmaier
ARBOCEL® BWW 40 by JRS Rettenmaier is a cellulose fiber. Its average fiber length is around 200 µm. The product is suited for reinforcing polymer composites or as a functional filler in various... view more
JRS Rettenmaier
ARBOCEL® C 400 by JRS Rettenmaier is a beige colored, natural softwood product with a cubic structure. The main particle range is 205-600 µm. It is a sustainable material for various applications as... view more
JRS Rettenmaier
ARBOCEL® FD 00 by JRS Rettenmaier is a technical cellulose short fiber. Its average fiber length is around 150 µm. The product is suited for reinforcing polymer composites or as a functional filler... view more
JRS Rettenmaier
ARBOCEL® FD 40 by JRS Rettenmaier is a technical cellulose middle fiber. Its average fiber length is around 250 µm. The product is suited for reinforcing polymer composites or as a functional filler... view more
JRS Rettenmaier
ARBOCEL® PZ 8 by JRS Rettenmaier is a technical raw cellulose long fiber. Its average fiber length is around 1400 µm. It is also used as a thickener, for fiber reinforcement, as an absorbent and... view more
JRS Rettenmaier
ARBOCEL® ZZ 8-1 G by JRS Rettenmaier is a technical raw cellulose long fiber. Its average fiber length is around 1000 µm. It is also used as a thickener, for fiber reinforcement, as an absorbent and... view more
Want to list or
update your products?
Want to report errors or
suggest improvements?
Back to Top