FreeMat
High-performance continuous filament mat without chemical binders, ensuring superior composite strength, efficient resin flow, and a more sustainable production process.
連続フィラメント マットは、ランダムに配向され、熱硬化性バインダーを使用して結合された高品質の連続 E ガラス フィラメントから作られています。
この構造により、均一な強度と優れた取り扱い特性が保証され、さまざまな複合用途に最適です。このマットは、ポリエステル、ビニルエステル、エポキシ樹脂など、さまざまな樹脂システムで一貫した性能と互換性を発揮します。
Product Features
Advantages
- Binder-free technology (eco-friendly advantage) – Advanced binder-free production eliminates chemical adhesives, making kelteks FreeMat a more sustainable reinforcement with no harmful emissions during processing. The pure glass composition enhances adhesion and compatibility with all major resin systems (UP, VE, EP, PU).
- Optimized resin impregnation, reduced consumption – The open, porous structure of continuous fibers improves resin permeability for faster and more uniform wet-out. This reduces resin usage, lowers laminate weight, cuts material costs, and speeds up infusion and injection processes.
High mechanical strength and durability – kelteks FreeMat is made from 100% glass fibers (no organic components), resulting in greater tensile and flexural strength. Continuous glass strands enhance stiffness, load-bearing capacity, and impact resistance, prolonging the service life of composite structures. - Superior conformability and drapability – The soft and flexible mat easily adapts to complex mold shapes without wrinkling, allowing for seamless lamination of intricate geometries. Additionally, the fiber structure remains stable during resin infusion, ensuring uniform laminates without defects.
- Corrosion and chemical resistance – The use of Advantex® E-CR glass provides exceptional durability in aggressive environments. Composites reinforced with kelteks FreeMat exhibit an extended lifespan and reliability against moisture, chemicals, and corrosion, outperforming standard fiberglass reinforcements.
reinforcements for the future generations
優れた接着力
社内テスト
高い引張強度
リサイクル可能
長寿命
Corrosion Free
Product Applications
- Automotive and transportation – Production of lightweight yet strong composite body panels, structural reinforcements, and chassis components to improve vehicle performance and reduce weight. FreeMat enables high glass content in laminates, enhancing strength-to-weight ratio in truck, bus, and automotive applications.
- Marine industry – Manufacturing boat hulls, decks, and corrosion-resistant structures requiring exceptional resistance to moisture and saltwater. The binder-free characteristic of FreeMat ensures better resin impregnation, creating uniform laminate thickness over large areas, which is crucial for yachts and marine vessels.
- Wind energy sector – Reinforcing wind turbine blades and nacelle covers, where maximum glass content is needed for strength without excessive weight. FreeMat allows laminates to reach up to ~55% glass fraction thanks to its high permeability, ensuring optimized weight and structural integrity.
- Chemical processing industry – Manufacturing FRP pipes, tanks, and chemical plant components that require high resistance to aggressive chemicals and corrosion. FreeMat’s E-CR glass fibers provide superior durability compared to traditional materials, extending the lifespan of pipelines and storage tanks.
- Construction and infrastructure – Pultruded profiles (beams, gratings, ladders) and electrical insulation components reinforced with FreeMat are widely used in the construction and energy industries. The continuous fiberglass structure improves mechanical properties and dielectric strength, offering long-term resistance to environmental conditions.
Related Products
- Product Performance & Applications
- Certification & Compliance
- Installation & Handling
- Are your meshes suitable for high-load areas?
- Can your reinforcements be used in chemically aggressive environments like parking garages or industrial floors?
- Why is CE certification important?
- Which products are CE-certified for screed reinforcement?
- Is special equipment needed to install these reinforcements?
- Can your meshes be cut on site?
-
solidian Primafloor 130, 145, 340
-
solidian Primafloor C220 and B215
-
solidian ANTICRACK Q43/Q47/Q85/Q95
-
solidian Briksy Carbon
frequently asked questions
here are some answers
Absolutely. Both structural solutions (e.g. solidian ANTICRACK) and screed meshes (e.g. solidian Primafloor) are tested for mechanical performance and crack control under dynamic and static loads.
Yes. Products like solidian ANTICRACK and REMAT are engineered for high-performance use, including resistance to chemicals, de-icing salts, and water ingress. They are ideal for parking decks, warehouses, and production halls.
CE marking ensures compliance with European safety, health, and environmental protection standards. It also simplifies specification in public or regulated construction projects.
The CE-certified group includes:
This covers most standard applications on the market.
No special equipment is required. The materials are designed for fast, simple integration into standard site processes — ideal for both small and large projects.
Yes. All meshes can be easily cut on-site using standard tools. Lightweight formats reduce handling time and complexity.
