Fiberglass
E- / ECR-Glass
E-Glass (E = electric): is considered to be the standard glass fiber
ECR-Glass (E-Glass corrosion resistant): fiber of very high corrosion resistance, free of boron and fluorine
Glass fibers are produced from the melt of a specific glass type (for example E-Glass). They consist of a uniform filament diameter and appear as continuous fiber or as staple fiber with certain length, using different sizings. Engineering plastics are aging, weather and chemically resistant and non-combustible, have a high elasticity modulus, which is improving the mechanical properties.
Engineering plastics are among the most important materials in the field of engineering, boasting a wide range of applications. They are extensively used in industries such as aerospace, boat building, automotive, white goods, electrical, and the sport and leisure sectors.
Chopped strands
For thermoplastics, thermosetting and high-performance plastics
ECTA offers a wide range of high quality chopped strands, manufactured in in-line and off-line production process.
Thermoplast:
PA, PP, PET, PBT, PC, POM, ABS, PVC
High-performance plastics (PPA, PEEK, PTFE, PPS, LCP)
Thermosets:
BMC
Properties:
Excellent flowability and strand integrity
Very good compatibility with polymer matrix
Specification:
Filament Diameter: 6 – 13 µ
Chopped length: 1,5 – 12 mm
Fields of application:
Automotive, Electrical, Construction industry, White goods
Direct roving
Roving for weaving, winding, pultrusion, LFT applications
Application: Weaving, Filament winding, Pultrusion, LFT(Long Fiber Thermoplastic)
Properties: Low fuzz processing and excellent impregnation capabilities, compatible with unsaturated polyester, epoxy, and vinyl ester resins.
Specification: 300 – 9.600 tex Filament Diameter: 13- 24 µ
Fields of application: Automotive, Electrical, Construction industry, White goods
CONVENTIONAL ROVING
SMC (Sheet molding compound)-Roving
Properties: Superior choppability and optimal strand integrity, providing good mechanical properties and an excellent Class A surface finish. Compatible with unsaturated polyester resins.
Specification: 2.400 – 4.800 tex Filament diameter: 14- 16 µ
Fields of application: Automotive and Electrical industry, Sporting goods
Spray up roving
Application: Spray up process, centrifugation process
Properties: Superior choppability and dispersion of monofilaments Compatible with unsaturated polyester and vinyl ester resins
Specification: 2.400 – 4.800 tex Filament diameter: 13- 24 µ
Fields of application: Automotive industry, bathtub manufacturing
Chopped strand mats
Powder bonded,Emulsion bonded
Application:
Hand lay-up, continuous plate making
Properties:
Compatible with unsaturated polyester and vinyl ester resin
Specification:
Unit weight: 100 – 900 g/m²
Width: 250 – 3.000 mm
Standard weight: 1.270 mm
Application fields:
Boat building and vehicle construction
Woven Roving
Applications:Hand lay-up
Properties:
Compatible with unsaturated polyester and vinyl ester resin
Specification:
Linen weave in 0° / 90° orientated non-weaved
Unit weight: 300 – 1.000 g/m²
Roll width: 250 – 3.350 mm
Standard width: 1.270 mm
Fields of application:
Shipbuilding and automotive industries
Milled glass fiber
Milled glass fiber – not just a filler
Properties:
Milled fiber helps reduce shrinkage and increases flame retardance, enhancing the dispersion and flowability of plastic granules. Unlike standard milled fillers, milled fiber maintains consistent quality in grit size and color. We offer milled fiber with or without a silane-based surface treatment.
Milled fiber is reproducible in the same quality in terms of grit size and color, distinguishing it from standard “milled filler.”
Specification:
Fiber length: 75-200 µ
Density: 0,2-1 g/cm³
Colour: white
Fields of application:
Compounds, Paints and coatings, gelcoats
Special products
- Flat fiber
- Multi-axial fabrics
- PP core mat
- Surface mat
- Combo mat
Detailed consultation regarding special products on request.