Specialty Materials’ production facility in Lowell, Massachusetts, is the leading global manufacturer of boron and silicon carbide fibers, boron/carbon composite prepregs, and boron nanopowder. These specialty composite materials deliver high-performing mechanical and physical performance properties across many industries, including aerospace, aviation, sporting goods, and industrial applications. | Specialty Materials manufacturers boron and silicon carbide fibers and boron prepregs, for applications where wear resistance is critical. Boron/graphite hybrid preforms enhance compression, impact and open-hole compression properties. Our Silicon Carbide fibers have outstanding high temperature mechanical properties for increasing the strength and stiffness at elevated temperatures.
Smooth-On
Established in 1895, Smooth-On, Inc. is a leading manufacturer of silicone rubbers, polyurethane rubbers and plastics, rigid and flexible urethane foams, epoxies, polysulfide rubbers, adhesives, coatings, release agents and other material technologies. | Smooth-On offers the most diverse collection of materials for concrete professionals. Beginning with our complete portfolio of mold rubbers, resins and casting materials for production concrete casting. Next, Buddy Rhodes Concrete Products offers a full line of blended bag mixes, ad mixtures, pigments, water reducers, reinforcements and expertise to make your project successful. Finally, we offer the most recognized curing polymer for GFRC, Forton VF-774. It is the world-wide standard concrete additive for making lightweight GFRC, Glass Fiber Reinforced Concrete, panels. It is recognized by the PCI as the only polymer supported with a 20 year durability study. | Reynolds Advanced Materials, a Smooth-On company, supplies materials trusted by themed environment fabricators worldwide. From sculpting epoxies and vertical carveable concrete to mold rubbers and crystal-clear resins, our products help bring immersive attractions to life. Used in rockwork, trees, and architectural theming, they meet the highest durability and flame safety standards. 10 stocking locations across the USA to serve you. | Rubbers, Resins, Foams and Other Material Solutions for Formliners, Knockouts, Molds, etc. Specialty curing admixtures for GFRC (Forton VF-774). Bagged Mix Concrete Products (Buddy Rhodes).
SBHPP – SB High Performance Plastics
World class manufacturer of thermoset molding compounds including phenolic, epoxy, DAP, silicone and BMI resin systems coupled with fiberglass and carbon fibers. Specializing in structural long fiber molding compounds as well as phenolic, PFA and bio-based resin systems. Full prototyping and extensive technical support capabilities available to meet demanding performance expectations ensuring project success.
ReForm Composites, Inc.
ReForm Composites Engineering, LLC (RCE) is a privately held engineering and manufacturing company focused on continuous fiber-reinforced thermoplastic composites (CFRTP). As the commercialization partner for the Continuous Forming Machine (CFM) developed at the University of Maine, RCE delivers low-logistics, scalable CFRTP solutions through product development and scale-up support using the CFM and other custom manufacturing equipment. The CFM combines pultrusion and thermoforming into a continuous, modular platform that enables the production of durable, lightweight, corrosion-resistant composite parts using recyclable materials. This opens the door to a new generation of composite applications that are tougher, more sustainable, and better suited to large-scale deployment. RCE supports clients across construction, infrastructure, defense, and industrial markets with design, scale-up, and training services to expedite CFRTP adoption in new markets. Learn more at www.reformcomposites.com
RCF Technologies
RCF Technologies produces a revolutionary material called Rishon®. Rishon material pushes the capabilities of rubber into the realm of composites by combining the properties of fabrics and elastomers into a single, homogeneous whole. By forcing RCF’s proprietary elastomer through the weave of the selected fabric, an entirely new material is achieved, with different properties than either of the parent materials. The unique properties of Rishon material include: • Rishon operates from -170ºF (-112.2ºC) to +850ºF (454.4ºC) continuously • Rishon material is an FAA approved Fire Barrier in thicknesses as low as .027” • Rishon material is compatible with almost all fluids on an aircraft • Rishon material bonds to all metals and most composites using the parent material in the B stage as the adhesive • Rishon material is a low modulus material, so it also absorbs both sound and vibration • Rishon material can become a heat and/or flame insulator in thicknesses as low as .050” • Rishon material is inherently non-conductive, but can become electrically conductive while remaining flexible with almost no added weight • Rishon material has been determined to outgas far less than the strict NASA requirements for space use even in vacuum conditions RCF Technologies has developed a groundbreaking solution for the manufacture of thermoplastics by designing a reusable inflatable bladder made from Rishon material. This innovative proprietary material, which is able to sustain operating temperatures up to 850ºF, as well as produce hollow complex shapes reliably, is perfectly suited to function as an inflatable, reusable mandrel. The Rishon bladder is inserted into the tool and then inflated to create the necessary pressure. Once inflated, the tool is heated under pressure, allowing the thermoplastic material to cure. After the curing process is complete, the tool is cooled, and a vacuum is applied to pull the bladder. The Rishon bladder, having served its purpose as a mandrel, can be easily removed and reused for subsequent manufacturing cycles. Rishon material exhibits exceptional thermal properties, can withstand high temperatures and pressures, and is flexible and robust, thus making it an ideal candidate for manufacturing inflatable bladders. Unlike traditional methods and materials, the use of Rishon during the thermoplastic manufacturing process will meet the requirements without compromising its structural integrity. RCF also manufactures lightweight metal couplings, clamps, isolation mounts, flexible connectors and sealant tapes, insulation, electrically conductive as well as non-conductive parts, seals, gaskets, ducting and many specialty items utilizing Rishon material. Rishon products are suitable for use in most high temperature applications on most aircraft.
Pyromeral Technology
Pyromeral Technology’s high-temperature composite materials bridge the thermal, structural, and cost gap between carbon fiber reinforced polymers (CFRPs) and conventional ceramic matrix composites (CMCs). The Pyromeral material family offers a lightweight and simple-to-process alternative to other materials for heat shields, exhaust ducts, radomes, and components exposed to sustained temperatures from 400°F to 2000°F and beyond. Marketed under the names PyroKarb, PyroSic, and PyroXide, Pyromeral materials bring the benefits of composites to high-temperature applications. Their proprietary geopolymer ceramic matrices differ significantly from both organic polymers and conventional ceramic matrices: they can be processed with a low temperature autoclave cure and a single free standing post cure, they can be laid-up or molded in net or near-net shapes, and no densification or infiltration is required. This simplifies manufacturing, shortens lead times, and improves cost efficiency. PyroKarb, reinforced with high-modulus carbon fiber, and PyroSic, reinforced with silicon carbide fiber, maintain structural integrity at continuous temperatures of 1000°F and 1500°F, respectively. PyroKarb offers up to 60% weight savings over titanium, while PyroSic delivers up to 75% weight savings compared to Inconel. PyroXide, a proprietary geopolymer ceramic matrix reinforced with aluminum-oxide fiber, extends temperature resistance up to 2000°F—and as high as 3000°F for short durations. Its excellent radio frequency transparency makes it ideal for high-temperature nose cones and RF apertures. In exhaust nozzle applications, PyroXide saves up to 70% weight compared to Inconel. For 2025 Pyromeral is proud to announce successful production of PyroXide in towpreg format, enabling filament winding for conical and tubular components. Towpreg versions of PyroKarb and PyroSic are in development and will follow shortly. This advancement expands part fabrication options while reducing cost and production time. Pyromeral materials serve a wide range of industries, including engine heat shielding, hypersonic fins and external skins, and battery thermal runaway protection in the advanced air mobility sector. Pyromeral Technology US is headquartered in Sunnyvale, CA, and is ITAR registered and certified to AS9100D and ISO 9001 standards.
Precision Measurements and Instruments Corporation
Precision Measurements and Instruments Corporation is an ISO/IEC 17025 accredited testing laboratory that provides quality test measurements at cryogenic and elevated temperatures. PMIC engineers with extensive experience develop flexible solutions to testing challenges, consistently delivering trusted data relied on by both industry leaders and innovators. | Precision Measurements and Instruments Corporation is an ISO/IEC 17025 accredited testing laboratory that provides quality test measurements at cryogenic and elevated temperatures.
POLMIX Americas
BMC (Bulk Moulding Compound) AND SMC (Sheet Moulding Compound) GLOBAL MANUFACTURER. SINCE 1961, POLMIX HAS BEEN AT THE FOREFRONT OF SMC AND BMC PRODUCTION. EXPERIENCE, QUALITY AND PASSION TO OFFER CUSTOMERS CUSTOMIZED FORMULATIONS, ALWAYS IN LINE WITH NEW TECHNOLOGIES.
Plasmatreat
Plasmatreat is the leader in the development and manufacturing of atmospheric plasma systems, used for the pretreatment and activation of substrate surfaces. Our technology is used in automated and continuous manufacturing processes in almost every industrial sector and can be used to clean and activate plastics, composites, metal, and more. | Plasmatreat is an international leader in the development and manufacture of atmospheric and low pressure plasma systems for the pretreatment of substrate surfaces. Whether plastic, metal, glass or paper – the industrial use of plasma technology modifies the properties of the surface in favor of the process requirements. Subsequent processes include bonding, painting, printing or gasketing. Openair-Plasma® technology is used in automated and continuous manufacturing processes in almost every industrial sector. Examples include the automotive, emobility, electronics, transportation, packaging, consumer goods and textile industry, but the technology, cost and environmental advantages of the plasma technology are used in medical technology and in the renewable energy sector as well. The Plasmatreat Group has technology centers in Germany, USA, Canada, China, and Japan. With its worldwide sales and service network, the company is represented in more than 35 countries by subsidiaries and sales partners.
Norplex-Micarta
Norplex manufactures the highest quality specialty thermoset sheets, rods, molded shapes, tubes and prepregs to meet demanding applications for OEM’s and fabricators around the world. Utilizing thermoset impregnation and lamination technology Norplex specializes in epoxy, phenolic, silicone, melamine, fast cure phenolic and vinyl ester resins on a variety of reinforcements.