Spheretex
Spheretex GmbH in Neuss is a medium-sized enterprise that has been committed to develop and produce laminatable core materials for various kinds of composite applications for 30 years.
- Well-proven core materials based on fiberglass and polyester veil that can be produced in large width up to 300 cm
- Combinations of reinforcing layers, core material and flow medium that ensure economical production of light composite parts in closed mold processes
- Custom pre-assembled items and ready-to-use products that combine stitched, needled and glued materials
The Spheretex Collection
Sphere.core® S
Sphere.core® S is a core material based on glass veil and characterized by fast and low resin consumption.
Sphere.core® SP
Sphere.core® SP, the volumized polyester non-woven, is stretchable and drapable, length- and crosswise, in both dry and wet condition.
Sphere.core® SBC
Sphere.core® SBC is a pre-compressed, stitch-bonded core material based on fibreglass.
Sphere.tex®
Sphere.tex® is a volumized glass fabric.
Sphere.tex Tape
Sphere.tex tape is a narrow tape with volumized warp fibers.
Sphere.strand
Sphere.strand are volumized glass strands that are characterized by low resin consumption and high mechanical properties.
Gun.core Blend
Gun.core blend consists of volumized glass strands (Sphere.strand) that were assembled with spray up roving. It can be processed with standard FRP chopper systems.
Sphere.skin
Sphere.skin was developed to improve surfaces of FRP parts made in closed mold process.
Sphere.easy IP
This all-in-one solution consists of four plies: reinforcing layers of chopped strand mat, flow medium and core material.
Sphere.core® SBC IP
It is a pre-compressed, stitch-bonded core material based on glass veil with a center layer of polypropylene (flow medium).
Flowmat®
This material consists of two layers of chopped strand mat with a center layer of polypropylene (flow medium).
Sphere.easy
This material is a combination of two layers of chopped strand mat with a center layer of core material.
Sphere.core® PSI
This core material with internal flow medium was developed to meet highest demands in RTM and VIP processes.