Direct Roving for Structural Thermoplastics

Direct roving - also called single-end roving 鈥� for structural thermoplastics is used to produce听tapes,听woven听and听non-crimp (NCF)听fiberglass fabric. During the fiberglass production the direct roving is treated with a special sizing to ensure compatibility with resins such as PP,听PA听or High-Heat polymers. Tapes are mainly used in winding, tape-laying or cross-ply consolidation processes, while different听fabric听types are听typically used听for organosheet production.

Direct Roving for Structural Thermoplastics

Patrick Reinagel

Patrick Reinagel
Global Portfolio Leader

"StarRov庐 is a single-end roving (direct roving) ideal for thermoplastics. It is perfect for听fabric听processes as it provides a wide and uniform strand width which allows to produce a superior fabric without gaps. StarRov庐 490 is the material of choice听for PP,听StarRov庐听895 for PA and听StarRov庐听853 for High-Heat polymers."

Direct Roving

What is a single-end roving (direct roving)?

A direct roving or single-end roving is manufactured by winding fiberglass directly into a clearly defined tex or yield. It is designed to be used mainly as an input for weaving processes, providing easy unwinding due to even tension, low fuzz generation and excellent wettability. It can be utilized in different process technologies, such as pultrusion or filament winding. The end-use composites applications can be found in infrastructure, building, marine, sport & leisure, and water transportation.

Frantisek Sabo

Frantisek Sabo
Global Innovation Manager

"Did you know听that 青青草视频 is capable of testing physical and mechanical properties as we are fully equipped with a magnitude of state-of-the-art laboratory testing devices. We can assist you in developing the product with the properties you desire."

Documents

ISO Certificates
Safe Use Instructions
Product Selector Guide
Product Data Sheets
Good Manufacturing Practice
Scott Coons

Scott Coons
Chief Sustainability Officer

"Our new development for single-end roving (direct roving) is dedicated to bio-based film-formers which are a substantial part of the fiberglass sizing recipes. Bio-based film-formers can decrease the carbon footprint of the supply chain."

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