JRS Rettenmaier

Product Name

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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

ARBOCEL® UFC 100

JRS Rettenmaier

ARBOCEL® UFC 100 by JRS Rettenmaier is a microcrystalline, ultra-fine and highly pure cellulose powder. Its average particle size is around ~10 µm. The small particle size and purity make it a... view more

ARBOCEL® FD 600-30

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

ARBOCEL® B 600

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

ARBOCEL® BC 1000

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

View all 36 products in JRS Rettenmaier

JRS Rettenmaier Brands for Polymer Additives

JRS Rettenmaier Technologies for Polymer Additives

Fibers(26)

Fillers(26)

Downloads from JRS Rettenmaier

pdf
1892 Kb

ARBOCEL®: Additives for modern elastomeric materials

Discover the properties of ARBOCEL®, additives for modern elastomeric materials manufactured by JRS with lower specific density making it ideal for the use in rubber composites. They were initially...

pdf
459 Kb

Innovative fibers for the industries of future

Explore wide range of natural and highly functional fibers with a promise of quality combined with reliable and flexible services from JRS. Examples include wood fibers, cellulose, granulates...

Case Studies from JRS Rettenmaier

Plant-based Additives for Biodegradable PLA Composites

This document displays the results of a case study commissioned at Fraunhofer UMSICHT. Three plant-based additives were tested in commercial PLA grades in respect to mechanical, thermal and...

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