easygun® is made out of continuous E-glass strands, gathered without mechanical twist. Each strand is made up of numerous glass filaments that are bonded together with a polyester & vinylester compatible size.

easygun®should be stored dry in its original packaging. Storage temperature : max. 35 °C – Relative moisture : < 70 %.

• Excellent compatibility with all types of polyester resins
• Easy handling, good bubble releasing, very good “feel”
• Good conformability
• High strength of FRP products

A medium bulk chopped strand mat, manufactured from “E” glass fibres, coated with a silane base size. The glass filaments -12 µm and 30 tex- are chopped to approximately 50 mm and are distributed to give minimum orientation of the glass fibres. The chopped strands are bound together with an emulsion binder to form a porous mat that is white in color. easymat® is specially suited for parts requiring a good surface finish.

easymat® should be stored dry in its original packaging. Storage temperature : max. 35 °C – Relative moisture : < 70 %

• Easycore® is a low density, non woven laminatable core material containing thermoplastic hollow microspheres

• Low density
• High flexural strength and improvement of impact strength
• Low interlaminar stress
• Reduction of shrinking effects
• Reduction of print-through effects

5 standard grades.

Special widths and roll lengths on demand

Each individual roll is wrapped with translucent polyethylene film.

Direct Roving is an untwisted, single end roving, supplied as a tubeless package, for use in continuous process operations, such as weaving, pultrusion and filament winding. The sizing is specifically designed for fast wet out, good processing and handling characteristics as well as
excellent adhesion with most Polyester, Vinyl Ester and Epoxy resins.

• Very low fuzz
• Fast wet out
• Good processing characteristics
• Low catenary
• Good handling characteristics
• High mechanical properties

Fiberglass yarn are drawn from molten E-glass. Fine filaments are gathered up and wound as a cake on a collector at a speed upto 4,000m/min. Prior to be wound, filaments are coated with special sizing. Then, strands are transferred from cake to a bobbin by a twister. Our Fiberglass yarn are suitable for inductrial applications.

E-glass woven roving is weaved with E-glass direct roving and a high-performance reinforcing materials, which is widely used in hand lay up and robot processes to manufacture boats, vessels, plane and automotive parts, furniture and sport facilities

Fiberglass combo mat is made of woven roving and chopped strands randomly dispenced fibers kintted together with organic yarn, applying for hands lay up, compression molding, pultrusion or filament winding.

Core flow mat is a stratified reinforcing fiberglass mat composed by 3 layers, 2 layers of fiberglass and 1 of synthetic fibers. This reinforcing material has been specially designed for closed mold processes, as opposed to hand lay-up and spray-up open mold processes, because resin is not in direct contact with the workshop air but is processed only when the mold is tightly closed. As a result, no volatile organic compound (VOC) or styrene is released in the air.

Main applications : wind turbine blades, marine, transport.

Benefits of Vaccum infusion Process vs. Open Molding

• • • Drastically reduced styrene emissions
    • Stronger composite laminates
    • Repeatability and consistency between parts (weight and dimensional properties)
    • Superior application of core materials
    • Accurate bill of materials
    • Lower tooling costs than other closed mold processes

SF 300-P180-300

Example : SF 300-P180-300

SF: CoreFlow/RTM
300: Nominal weight per square meter (g/m²) of top mat
P180 Nominal weight per square meter 180g/m² of non-woven fabrics
300: Nominal weight per square meter (g/m²) of bottom mat

SF 450-P180-450

Example : SF 450-P180-450

SF: CoreFlow/RTM
450: Nominal weight per square meter (g/m²) of top mat
P180 Nominal weight per square meter 180g/m² of non-woven fabrics
450: Nominal weight per square meter (g/m²) of bottom mat

SF 600-P180-600

Example : SF 600-P180-600

SF: CoreFlow/RTM
600: Nominal weight per square meter (g/m²) of top mat
P180 Nominal weight per square meter 180g/m² of non-woven fabrics
600: Nominal weight per square meter (g/m²) of bottom mat

CONTINUOUS FILAMENT MAT (CFM)

MULTIAXIAL / KNITS

UNI DIRECTIONAL FABRICS : Please refer to our Industrial Textile Business

• Good flow consistency
• Excellent fiber dispersion

Wet chop strands are made by chopping continuous E glass strands to a specific length.

Applications are as diverse as friction breaks, paper reinforcement, Gypsum reinforcement, veil.

E Glass marbles are manufactured for the production of glass fiber reinforcement.

1 CHEMICAL PROPERTIES OF E-GLASS (%)

Microglass are E-glass filaments hammer milled to various bulk densities.
These products are used as a filler/reinforcement in composites to increase mechanical properties (tensile, flexural, impact) and minimize distorsion at elevated temperatures, improve dimensional stability.

• 3000 Series = Untreated fibers compatible with all thermoset and thermoplastic resins
• 6000 Series = Low cost fibers with higher levels of surface treatment compatible with all thermoset and thermoplsatic resins
• 7000 Series = Cationic surface treatment to accelerate wet out, improve dispersion, and overall processability. Compatible with all thermoset and thermoplastic resins
• 9000 Series = Silane surface treated fibers for improved bonding between the inorganic glass and the organic resin. Sizings are available for Polyesters, epoxies, phenolics, polyurethanes, polyvinyl chloride and other resin systems

• This product has been designed for a wide range of processes, such as hand lay up, Pultrusion, winding, GMT, RTM, …
• Recommended for FRP products, such as shipbuilding industry, automotive, leisure industry,