Trade Show Preview | Arkema Invites You to Attend the 2025 China International Composites Expo
From September 16th to September 18th, Arkema will participate in the 2025 China International Composites Industry Technology Exhibition. We warmly welcome your visit! Our booth is located at Hall 5, Y03, National Exhibition and Convention Center (Shanghai), No. 333 Songze Avenue, Qingpu District, Shanghai.
Arkema will showcase a series of products including:
Elium® Liquid Thermoplastic Composite Resin
Nanostrength®Resin toughening agent
Luperox®Organic peroxide
Rilsan® PA11
Clearstrength®The latest innovative MBS impact modifier applied to thermosetting resins and composites
Sartomer®(Meth)acrylate
Bostik LDPE Fine Powder XF1040 Low-Density Polyethylene Fine Powder
Elium®Liquid thermoplastic composite resin
Arkema has been driving the development of renewable energy technology through technological innovation and materials research. In collaboration with its partners, Arkema is participating in the ZEBRA project, utilizing Elium.®Thermoplastic resin and Bostik structural adhesive were used to manufacture the world’s largest 100% recyclable wind turbine blade, a project that won the “Renewable Energy” category award at the 2025 JEC. At this exhibition, Arkema will also showcase Elium.® Resins have various applications in different fields, including construction, photovoltaics, consumer electronics, and more.
Nanostrength®Resin toughening agent
Nanostrength of nano-structured acrylic block copolymers®It is a type of matrix resin toughening agent that significantly enhances the toughness of the resin with a small amount of addition, while maintaining excellent temperature stability. Sports equipment such as carbon fiber bicycle accessories and baseball bats made from this material have a higher strength-to-weight ratio and impact resistance.
Luperox®Organic peroxides
Luperox®Organic peroxides are curing agents for unsaturated polyester resins, which help accelerate processing speeds and ensure better control of continuous or semi-continuous processes to produce high-quality composites.
Rilsan® PA11
Rilsan®PA11 is used for 70MPa hydrogen storage tanks, providing excellent barrier and pressure resistance properties. It is suitable for various processing methods, including blow molding, rotational molding, extrusion, and injection molding.
Thermoplastic PA11 composite materials are used for automotive and EVTOL structural parts and exterior trim. They can replace metal and meet the forming requirements of complex structural parts while allowing for rapid thermoforming.
Clearstrength®The latest innovative MBS impact modifiers applied to thermosetting resins and composites
Clearstrength®It is a methyl methacrylate-butadiene-styrene (MBS) core-shell impact modifier that meets the most stringent technical requirements for thermosetting system applications such as structural adhesives and high-performance composites.
Clearstrength®The powder is easily dispersible in most liquid resins, exhibits excellent toughening effects at different temperatures, and has little impact on viscosity.
Because a high loading of core-shell particles can maintain a relatively low viscosity in epoxy resin, the concentration of additives can be increased in applications where the solution viscosity may be limited by composite infusion, prepreg, and coating processes.
Sartomer® (meth)acrylate
Sartomer® (Meth)acrylate, optimize the performance of your system. Sartomer®The unique chemical properties of (meth)acrylate esters provide optimized performance and durability for composites and gelcoat systems: high flexibility, improved heat resistance, enhanced toughness and Young’s modulus, and reduced resin VOC. High-performance reactive diluents, with characteristics such as low volatility, high shear strength, good reactivity, and optimized mechanical properties, can reduce the content of styrene and MMA in composite and gelcoat systems.
Bostik LDPE fine powder XF1040 Low-Density Polyethylene fine powder
Bostik LDPE Fine Powder XF1040 is the ideal additive for fiberglass (SMC/BMC). It is produced using a solvent precipitation method to create ultra-fine powder, replacing traditional grinding techniques (including cryogenic grinding), better meeting the market demand for "ultra-fine powder." Compared to mechanical grinding methods, ultra-fine powder produced by solvent precipitation has unique advantages: a narrower particle size distribution, an average particle size (D50) between 20–22 microns, and features such as crack resistance, improved surface smoothness, and enhanced pigment dispersibility.
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