Composites
Composite materials represent a true synergy of strengths, engineered by combining two or more distinct elements, typically high-performance reinforcements like carbon or glass fibers and a protective polymer matrix. This fusion results in a material far superior to its individual components, offering an extraordinary ratio of extreme lightness, incredible structural strength, and total resistance to corrosion.
While they often remain hidden from view, composites have quietly revolutionized our everyday lives, becoming the backbone of high-performance sports equipment, such as professional cycling frames and skis, as well as modern mobility through lightweight automotive parts and durable marine hulls.
Beyond daily applications, these materials are the essential drivers of the global green transition. They enable the production of massive, aerodynamic wind turbine blades, allow electric vehicles and aircraft to drastically reduce CO2 emissions by extending battery range and fuel efficiency, and provide the high-pressure storage solutions necessary to unlock the future of the hydrogen economy.
Bonding pastes represent the pinnacle of adhesive technology for the composite industry, specifically engineered to provide structural integrity and seamless finishing through advanced thermosetting resin-based systems. Our Unsaturated Polyester formulations offer versatility and cost-effectiveness with excellent spreadability and rapid curing for general-purpose GRP assembly. For high-performance needs, our Vinyl Ester solutions bridge the gap between polyester and epoxy technologies, delivering superior chemical resistance and thermal stability. These materials are essential for structural assembly in the marine and wind energy sectors, core bonding in lightweight sandwich structures, and precision finishing to ensure flawless, high-durability surfaces across industrial and automotive applications
- GRAVICEL
- GRAVICOL ®
- GRAVIPLAST
- NORPOL ®
- FORZAL
Brochure: Composites - Bonding Pastes Americas Brochure: Composites - Bonding Pastes Asia Brochure: Composites - Bonding Pastes EMEA
BONDING PASTES
Gelcoats are the essential protective and aesthetic interface for high-performance composites. Engineered from advanced Unsaturated Polyester or Vinyl Ester resins, these coatings provide a durable finish that shields the underlying laminate. While Polyester formulations offer exceptional UV resistance and brilliant surfaces, Vinyl Ester variants deliver superior chemical and osmosis resistance. Beyond marine and wind energy, these materials are vital in the sanitary market for high-gloss baths and sinks, and in building and construction for resilient architectural panels. By merging aesthetics with durability, our gelcoats ensure structural integrity and visual appeal in the most demanding environments
- ARMORCAST
- ARMORCLEAR
- ARMORCOTE
- ARMORFLEX
- ARMORGUARD
- ARMORHP
- ARMORPRO
- BATHCOTE
- BELIQUID
- BUFFBACK
- FIREBLOCK
- FUSION
- GRAVICEL
- GRAVICOLOR
- IMEDGE
- IMPULSE
- NORPOL
- PATCHAID
- POLYCOR
- QUICKMIX
- SHIMMER
- UNICOAT
- UNIGEL
ORTHOPHTALIC
Orthophthalic gelcoats deliver a high-quality, glossy finish and excellent reliability for general-purpose composite applications. Engineered for ease of use and consistent curing, they provide a durable protective barrier for industrial and decorative parts. The ideal cost-effective solution for achieving a premium aesthetic without compromising performance.
ISOPHTALIC
Isophthalic gelcoats provide superior water and chemical resistance, making them perfect for demanding environments. Formulated for enhanced durability and UV stability, they offer excellent gloss retention and protection against osmosis.
ISO-NPG
ISO-NPG gelcoats offer the ultimate protection for high-end composites. Combining isophthalic resin with neopentyl glycol, they deliver exceptional UV resistance, superior gloss retention, and maximum defense against weathering and water absorption. Engineered for excellence, they are standard for premium marine and architectural applications.
VINYL ESTER
Vinyl Ester gelcoats offer peak performance for extreme environments. Engineered for maximum chemical resistance and exceptional thermal stability, they provide a tough, flexible barrier against osmosis and blistering. The definitive choice for high-stakes marine, industrial, and anti-corrosion applications where durability is non-negotiable.
LOW STYRENE / STYRENE FREE
Low-Styrene and Styrene-Free gelcoats provide a high-performance finish with significantly reduced environmental impact. Engineered for a safer workspace and lower emissions, they maintain exceptional gloss and durability. The perfect eco-conscious solution for modern composite manufacturing without compromising on quality or surface aesthetics.
Brochure: Composites - Gelcoats Americas Brochure: Composites - Gelcoats Asia Pacific Brochure: Composites - Gelcoats EMEA
GELCOATS
Unsaturated Polyester Resins (UPR) are the versatile backbone of the composites industry. Our portfolio includes Orthophthalic resins for general use, Isophthalic and Terephthalic for chemical resistance, and Maleic for thermal stability. We also offer DCPD technology for low-shrinkage finishes and Urethane-modified resins for superior toughness. Crucial for marine, automotive, and construction sectors, our range now features bio-based, sustainable products to drive the green transition. These high-performance matrices ensure durable, cost-effective solutions while reducing environmental impact, providing the essential foundation for the next generation of eco-conscious composite structures
- ARMORSTAR
- DION
- DISTITRON
- EASYLAM
- ENVIROGUARD
- ENVIROLAM
- ENVIROLITE
- ENYDYNE
- GRAVISTER
- HYDREX
- NORPOL
- NORSODYNE
- NUPOL
- POLYLITE
- POLYLITE (1979)
- POLYNT
- PRESTER
- REICHHOLD
- STYPOL
- XYCON
Orthophtalic
Orthophthalic polyester resins are the versatile standard for general-purpose composite manufacturing. Offering excellent wet-out properties and consistent curing, they provide a reliable, cost-effective solution for industrial and construction components. Ideal for hand lay-up and spray-up processes where ease of use and efficiency are paramount.
Isophthalic
Isophthalic polyester resins are engineered for high-performance applications requiring superior water and chemical resistance. Featuring enhanced mechanical properties and excellent durability, they provide a robust barrier against osmosis and weathering. The professional choice for premium marine components, storage tanks, and demanding industrial structures.
Terephthalic
Terephthalic polyester resins offer an optimized balance of mechanical strength and thermal resistance. Specifically formulated for excellent chemical stability and low shrinkage, they are the ideal choice for pultrusion, filament winding, and high-quality industrial components. A high-performance alternative ensuring durability and precision in demanding manufacturing processes.
DCPD
DCPD polyester resins are engineered for high-volume manufacturing, offering low styrene emission and exceptional surface finish. Characterized by low shrinkage and excellent glass fiber wet-out, they ensure dimensional stability and a superior aesthetic. The efficient, eco-friendly choice for automotive, marine, and large-scale industrial composite parts.
Bio-based
Bio-based polyester resins deliver high-performance results with a reduced environmental footprint. Formulated using renewable raw materials, they maintain the mechanical strength and durability of traditional resins while supporting sustainable manufacturing. The ideal choice for eco-conscious brands seeking premium quality without compromising on environmental responsibility.
R-PET
R-PET polyester resins combine high performance with circular economy principles. Derived from recycled PET, they offer excellent mechanical properties and chemical resistance while significantly reducing environmental impact. The sustainable choice for eco-conscious composite manufacturing, providing a high-quality second life to plastic waste without sacrificing durability.
Low-Styrene / Styrene-free
Low-Styrene and Styrene-Free polyester resins prioritize operator safety and environmental health without compromising performance. Engineered to minimize emissions and odor, they provide excellent mechanical strength and a superior finish. The ideal sustainable solution for modern workshops seeking high-quality results with a cleaner, more eco-friendly production process.
UPR
Vinyl Ester resins bridge the gap between polyester and epoxy technologies, offering exceptional mechanical strength and elite durability. Engineered for maximum resistance to osmosis and corrosion, their robust molecular backbone is nearly impervious to water and chemical aggression. These resins also feature superior thermal stability, maintaining structural integrity at higher temperatures. Widely used for premium boat hulls, chemical tanks, and wind components, they also serve as a high-performance base for mastics and putties. By providing outstanding fatigue resistance and adhesion, our Vinyl Ester resins ensure long-term reliability in the most extreme and corrosive environments.
- DION
- DISTITRON
- ENVIROLITE
- EPOVIA
- HYDREX
- NUPOL
- POLYNT
- PRESTER
- XYCON
VE
Vinyl Ester resins deliver ultimate performance for extreme environments. Known for exceptional chemical resistance, high thermal stability, and superior mechanical strength, they provide maximum protection against osmosis and corrosion. The definitive choice for heavy-duty marine, industrial, and high-stakes anti-corrosion applications where durability is critical.
VE-DCPD Blend
Vinyl Ester-DCPD blend resins offer the perfect balance of high performance and manufacturing efficiency. Combining the superior mechanical strength and corrosion resistance of vinyl esters with the excellent surface finish and low shrinkage of DCPD, they are ideal for high-quality marine and automotive components.
Novolac-VE
Novolac Vinyl Ester resins are engineered for the most extreme thermal and chemical environments. They provide superior resistance to aggressive acids, solvents, and high temperatures compared to standard resins. The ultimate solution for heavy-duty industrial linings, chemical storage tanks, and high-performance anti-corrosion coatings.
Urethane Modified VE
Urethane-modified vinyl ester resins combine exceptional toughness with superior adhesion and chemical resistance. Engineered for high-impact applications, they offer enhanced flexibility and fatigue resistance compared to standard vinyl esters. The ideal choice for high-performance structural components requiring maximum durability and resistance to cracking or blistering.
Fire-retardant halogen-based VE
Halogen-based fire-retardant vinyl ester resins deliver superior flame resistance combined with exceptional chemical and thermal stability. Engineered to meet strict fire safety standards, they provide high mechanical strength and corrosion protection. The ultimate choice for hazardous industrial environments, ducting, and safety-critical offshore applications.
Low-Styrene / Styrene-free
Low-Styrene and Styrene-Free Vinyl Ester resins deliver elite chemical resistance and mechanical strength with a reduced environmental footprint. Engineered to minimize emissions and odors, they ensure a safer workspace while maintaining the high-performance durability required for demanding marine and industrial applications. Quality and sustainability in one solution.
VINYL ESTER
Low Profile and Low Shrink Additives are essential thermoplastic components designed to counteract resin shrinkage during curing, ensuring exceptional dimensional stability and 'Class A' surface finishes. These technologies are the foundation of our Tooling Systems, specifically engineered for the creation of high-precision molds. By eliminating internal stress and surface waviness, these systems enable the production of durable, zero-shrinkage molds with mirror-like accuracy. Primarily used in the automotive, aerospace, and industrial sectors, they are critical for SMC, BMC, and RTM processes where flawless aesthetics and exact structural tolerances are paramount for high-performance manufacturing.
- DION
- NORSOLOOK
- NORPOL
- OPTIMOLD
- OPTIPLUS
- POLYLITE
- POLYNT
Low Profile
Low Profile Additives (LPA) are engineered to provide exceptional dimensional stability and superior surface quality. By effectively controlling shrinkage during polymerization, they eliminate surface waviness and fiber prominence. The ideal solution for achieving Class A finishes and high-precision tolerances in SMC, BMC, and pultrusion processes.
Low Shrink Additives
Low Shrink Additives (LSA) are specifically formulated to minimize volume contraction during the curing process. They ensure excellent dimensional accuracy and improved surface smoothness, reducing internal stress and warping. A vital solution for high-precision composite parts requiring consistent quality and enhanced structural integrity across various molding technologies.
Tooling Stystem
Tooling systems are engineered for the precision manufacturing of durable, dimensionally stable molds. Featuring exceptional thermal resistance and low shrinkage, they ensure high-gloss surfaces and extended mold life. The professional choice for creating reliable, high-quality tooling for marine, automotive, and industrial composite production.
LOW PROFILE, LOW SHRINK ADDITIVES
Cleaning agents are substances (usually liquids, powders, sprays or granules) used to remove dirt, including dust, stains and bad smells. Purposes of cleaning agents include health, beauty, removing offensive odor, avoiding the spread of dirt and contaminants.
- AQUAWASH
- D-LYNT ES
- MARBLEWASH
- THERMACLEAN
- WIPE BRIGHT
CLEANING AGENTS
COMPOUNDS
APPLICATIONS
Automotive
SMC and BMC due to their high dimensional stability, heat resistance, "Class A" surface finish are commonly used in passenger cars, commercial trucks, agricultural vehicles, and electric vehicles to produce lightweight, complex-shaped components.
The main applications of SMC are exterior body panels and structural parts, including hoods, roofs, doors, spoilers, fenders, and tailgates. It is also used for parts requiring high thermal stability and chemical resistance, such as oil pans and air conditioning casings.
Thanks to its fire resistance and lightweight nature, SMC is a key element in the production of battery housings and covers for electric vehicles.
BMC, thanks to its high temperature resistance, design freedom, and precision injection molding capability, is widely used in the production of headlights.
Mass Transport Vehicles
SMC and BMC are widely used in public transport vehicles—trains, trams, buses, and coaches—to offer lightweight solutions with high mechanical strength and corrosion resistance.
Special formulations with superior fire safety (low smoke and toxicity) meet stringent international standards for the railway industry.
Furniture, panels, and interior structures, such as seats in buses, trains, and subways, are often made in SMC for their durability and ability to be molded into complex shapes.
Electrical components such as insulators, cable trays, electrical panels, and junction boxes are also made in BMC and SMC due to their high dielectric properties and flame resistance.
Aircraft
SMC and BMC are increasingly used in the aviation industry to create lightweight, durable, and fire-resistant components. They offer high dimensional stability at high temperatures, corrosion resistance, and excellent electrical insulation, making them ideal replacements for metal parts to achieve 20–30% weight reduction.
Due to stringent flame retardancy, smoke, and toxicity standards, we developed special grades of SMC that fulfils the FAR Part 25 requirements (Federal Aviation Regulations Airworthiness Standards Transport Category Airplanes) used for interior components like panels, Literature pocket; Pull-out table; Trolley box, Cover light pan; Oxygen mask container.
Electrical and Electronic
SMC and BMC due to excellent electrical insulating properties, high flame retardancy in compliance with highest reference standards combined with high strength, corrosion resistance, excellent flow and dimensional accuracy over a wide range of temperature, are the ideal choice, offering economical high-performance solutions for a large range of applications.
Building and Construction
SMC and BMC support the building and construction market offering alternative materials thanks to their corrosion resistance, high strength-to-weight ratio, fire retardant properties, sound dampening and low maintenance requirements.
Furthermore, thanks to their characteristics and versatility, these materials allow the design of unique shapes and surfaces for a wide variety of applications.
Domestic
SMC and BMC are widely used in domestic applications, in kitchens, and in the sanitary sector thanks to their combination of strength, rigidity, and aesthetic appeal.
SMC is increasingly used in the production of sinks, bathtubs, and shower trays, as it is known for its scratch-resistant properties, durability, and resistance to chemicals, as well as for the possibility of customizing the finish. For toilet seats, it ensures durability along with optimal hygienic and antibacterial characteristics.
It is also used for the production of trays for the food industry, as formulations compliant with food-contact regulations are available.
BMC, on the other hand, is used in the casings of small household appliances such as irons, toasters, and coffee machines, as well as in the handles of cookware and ovens, thanks to its heat resistance and electrical insulation properties.
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