Roechling Durostone® Fibre Reinforced Materials

High strength, superior electrical, thermal, and chemical properties, compliant with EN 60893 standards.

Apply for
•Generator structures 
•Switchgear 
•Chemical processing equipment 
•Conveyor tracks
•PCB soldering boards

Material Properties

Material Properties

  • Durostone® fiberglass reinforced plastic is highly durable with superior strength and exceptional electrical, thermal, and chemical properties
  • Durostone® pressed sheets comply with EN 60893 standards
  • Durostone® is a composite material made by combining reinforced materials such as polyester, vinyl ester, epoxy resin, modified epoxy resin, carbon fibers, and glass or basalt fibers
  • Product range: Includes sheets, composite profiles, wound components, molded parts, and finished parts of virtually any type and size (up to a maximum size of 4m x 2.8m)
  • Applications: Durostone® is especially suitable for generator structures, switchgear, chemical processing equipment, assembly line tracks, and PCB soldering boards

Röchling

Germany's Rochling stands at the forefront of industrial plastic semi-finished product manufacturing, producing a wide array of plastic products utilized across various industries. Specializing in the manufacture and sale of Polystone® thermoplastic sheet products, Rochling offers materials such as Polystone®M UHMW-PE, Polystone®G HDPE, HDPE piping, PVC, PEEK, and Polystone®P Polypropylene. These materials are available in thicknesses ranging from 3/8 to 4 inches, with sizes customizable to meet any client requirement, from the smallest to virtually unlimited dimensions. Additionally, Rochling produces Durostone®CHP, a fiberglass-reinforced plastic used in the assembly and soldering operations of printed circuit boards.
Unique in the United States, Rochling's engineering plastics division is the sole supplier of plastics for medical devices to hold the ISO 13485:2003 certification. This certification signifies that a company's management system fully meets the comprehensive requirements in the design and manufacture of medical devices, highlighting:

  • The capability to ensure product safety.
  • Risk management proficiency.
  • Traceable inspection procedures.
  • Rigorous documentation and verification processes.
  • Effective corrective and preventive validation.
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