Products in Composite Materials: Vacuum Infusion Processing (VIP)

MITO® E-GO™ is a graphene-based additive that delivers multi-functional improvements in composite materials at extremely low concentrations. It has been designed with versatility, realistic solutions, and accessibility in mind. This hybridized graphene oxide/POSS additive reactively disperses while resisting agglomeration, thus unlocking the properties of graphene for various industries by utilizing both thermoset and thermoplastic polymer composites.https://mitomaterials.com/products/mito-e-go

ROHACELL® S is a closed-cell rigid foam created using polymethacrylimide (PMI) chemistry, and it is entirely free of CFCs. This foam is self-extinguishing, meaning it has fire-resistant properties. It is well-suited for various applications, including use in rail vehicles, watercraft, and the aerospace industry, where fire safety is a critical consideration.

ROHACELL® RIST-HT is a closed-cell rigid foam developed using polymethacrylimide (PMI) chemistry, and it is entirely free of CFCs. This foam is specially designed for use as a structural core, particularly in conjunction with vacuum infusion processes. All RIST-HT products undergo a heat treatment process to enhance their properties and performance, making them suitable for various applications that require structural integrity.

ROHACELL® RIMA is a closed-cell rigid foam formulated using polymethacrylimide (PMI) chemistry and is entirely free of CFCs. It has been meticulously designed to minimize resin absorption, making it an ideal choice for applications where controlling resin uptake is of utmost importance. This foam is well-suited for applications where resin management is a critical factor.

ROHACELL® A is a closed-cell rigid foam crafted from polymethacrylimide (PMI) chemistry. Notably, it is entirely devoid of CFCs, aligning with environmental considerations. Engineered with precision, ROHACELL® A foam is tailored to meet the rigorous standards of the aerospace industry. It offers versatility in aerospace applications, supporting both prepreg processing and vacuum infusion across various pressure and temperature ranges.

ROHACELL® XT is a closed-cell rigid foam based on polymethacrylimide (PMI) chemistry that are free of CFCs and designed to meet the most extreme and demanding processing requirements. ROHACELL® XT foam is compatible with autoclave technologies, vacuum infusion, RTM, and VARTM processes.

ROHACELL® HF is an advanced closed-cell rigid foam, rooted in polymethacrylimide (PMI) chemistry and entirely devoid of CFCs. This foam is uniquely suited for antenna applications due to its exceptional characteristics. Notably, ROHACELL® HF boasts remarkably low dielectric constants and excellent transmission properties at high frequencies, making it an ideal choice for applications requiring precise and efficient electromagnetic performance in the realm of antennas.

ROHACELL® SL foam cores exhibit exceptional mechanical strength, particularly under tensile loads, and high tenacity. These characteristics make it an excellent choice for applications subjected to significant dynamic mechanical loads. A ROHACELL® sandwich can provide the solution for achieving goals like excellent bending stiffness and strength, stabilizing thin FRP sheets against external forces, or creating complex 3-D geometries with minimal effort.

Crestapol® 1210 Urethane Acrylate Resin is a tough, low-viscosity resin with a rapid cure that can be highly filled. It is designed for use in closed molding processes. Crestapol® 1210A is a partially pre-accelerated grade that is available. These products are not recommended for open mold applications.

Crestapol® 1261 Urethane Acrylate Resin is a modified version of Crestapol® 1260 but with an extended open or work time. It is a low-viscosity urethane acrylate type resin that is suitable for infusion, resin transfer molding (RTM), and similar processes at room temperature and can be infused at vacuum levels down to -1.0 bar. This product produces laminates with high strength, toughness, and exceptional water and hydrolysis resistance.

Crestapol® 1212 Urethane Acrylate Resin is a tough, low-viscosity, fire-retardant, closed-mold urethane acrylate resin with a rapid cure. When filled with ATH, it has very high fire, smoke, and toxic fume performances, which makes it suitable for demanding applications in the rail market.

Crestapol® 1216 Urethane Acrylate Resin is a tough, low-viscosity resin with a rapid cure. This product can be highly filled to achieve a high level of fire and smoke performance (ASTM E84 Class 1). It is designed for use in hand lamination applications.

Crestafire® P1-3001PA is a filled, pre-accelerated, fire retardant unsaturated polyester resin. It incorporates a selected grade of alumina trihydrate (ATH) which makes it suitable to produce laminates where excellent resin flow, fire retardancy, and low levels of smoke and toxic fumes are required. It is halogen-free and does not contain heavy metals.

Crestafire® P1-3001E is a filled, fire retardant unsaturated polyester resin. It incorporates a special grade of alumina trihydrate (ATH), which makes it suitable to produce laminates where excellent resin flow, fire retardancy, and low levels of smoke and toxic fumes are required. Crestafire® P1-3001E is extra stabilized for transport, storage, and use in high-temperature climates. It is halogen free and does not contain heavy metals.

Crestapol® 1211A Urethane Acrylate Resin is a partially accelerated, filled, tough urethane acrylate resin designed for applications requiring the highest levels of fire and smoke performance. It incorporates a selected grade of alumina trihydrate (ATH), which makes it suitable for the production of laminates where excellent fire resistance and low levels of smoke and toxic fumes are required. This product is halogen-free and does not contain heavy metals.

Crestapol® 1260 Urethane Acrylate Resin is a low-viscosity urethane acrylate type resin. It is suitable for infusion, resin transfer molding (RTM), and similar processes at room temperature. This product can be infused at vacuum levels down to -1.0 bar. It produces laminates with high strength, toughness, and exceptional water and hydrolysis resistance.

Crestafire® P2-2001 is a DCPD modified, vinyl ester resin. It incorporates a selected grade of alumina trihydrate (ATH), which makes it suitable to produce laminates where excellent resin flow, fire retardancy, and low levels of smoke and toxic fumes are required. It is halogen free and does not contain heavy metals.

Crystic® Polyester Resin 701PAX is a pre-accelerated isophthalic polyester resin with low viscosity and controlled exotherm characteristics. It is designed for use in vacuum infusion processes. This product has Lloyd's approval and is suitable for use in marine, wind energy, building and construction, and transportation.

Crestapol® 1214 Urethane Acrylate Resin is a tough, low-shrink, high-quality, surface-finish urethane acrylate resin for pultrusion. When filled with ATH, it has very high fire, smoke, and toxic fume performances, along with an excellent surface finish. It lacks cracking in the central sections.

Crestapol® 1213A Urethane Acrylate Resin is a thermosetting resin based on methacrylates that is amine pre-accelerated and heavily filled with 170 phr alumina trihydrate (ATH) fire retardant filler to achieve excellent low smoke and low toxicity fire performance. This resin is developed specially for both hand lamination and closed mold applications.

Crestapol® 1250 Urethane Acrylate Resin is a low-viscosity urethane acrylate resin. It is designed for maximum wet out for pultruding fiberglass, carbon fiber, and other fibers. This product efficiently produces fast-curing, very tough, high-strength composites with superior water and hydrolysis resistance. Run times and formulation will depend on the geometry and complexity of the die. It will run very fast, making for very efficient pultruded parts.

CoreLite PVC R 40 is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It consists of multiple PVC foam strips fused together, in an effort to recycle the foam strips. It is compatible with multiple resins and adhesives. This product is self-extinguishing when in contact with fire. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.

CoreLite PVC R 130 is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It consists of multiple PVC foam strips fused together, in an effort to recycle the foam strips. It is compatible with multiple resins and adhesives. This product is self-extinguishing when in contact with fire. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

CoreLite PVC F 130 is a closed-cell foam core material engineered for high toughness and tremendous impact resistance, delivering unmatched performance in shock absorbing structures. CoreLite PVC F series has excellent shear elongation properties. It is cold formable and also thermoformable. Compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many high performance, lightweight composite applications.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

CoreLite PVC F 80 is a closed-cell foam core material engineered for high toughness and tremendous impact resistance, delivering unmatched performance in shock absorbing structures. CoreLite PVC F series has excellent shear elongation properties. It is cold formable and also thermoformable. Compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many high performance, lightweight composite applications.

CoreLite PVC is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It is compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.

CoreLite PVC F 100 is a closed-cell foam core material engineered for high toughness and tremendous impact resistance, delivering unmatched performance in shock absorbing structures. CoreLite PVC F series has excellent shear elongation properties. It is cold formable and also thermoformable. Compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many high performance, lightweight composite applications.

CoreLite PET is a cost-effective, closed-cell PET foam specially formulated to provide high mechanical properties. It is a 100% recyclable polymer foam with excellent performance. Engineered to meet the physical demands needed in high performance applications, including carrying static and dynamic loads. CoreLite PET can be used as a replacement for PVC and Honeycomb. It possesses excellent laminate-to-core bonding adhesion.

CoreLite PVC is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It is compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.

BALSASUD® Core is the finest end-grain balsa wood core material in the market, ideal for sandwich construction. It has remarkable physical properties, starting with its outstanding strength-to-weight ratios (high shear and compression strength). It is an all-natural and renewable resource coming from Ecuador. It has exceptional fatigue and impact resistance properties. And it provides phenomenal sound and thermal insulation. In addition, it is a natural fire-retardant material.

CoreLite PVC is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It is compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.

BALSASUD® Core is the finest end-grain balsa wood core material in the market, ideal for sandwich construction. It has remarkable physical properties, starting with its outstanding strength-to-weight ratios (high shear and compression strength). It is an all-natural and renewable resource coming from Ecuador. It has exceptional fatigue and impact resistance properties. And it provides phenomenal sound and thermal insulation. In addition, it is a natural fire-retardant material.

CoreLite PVC HT (High Temperature) is a closed-cell, cross-linked polymer PVC foam formulated for resistance to high temperatures, durability, rigidity and strength. It is compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications that will be exposed to high temperatures.

CoreLite PVC is a closed-cell, cross-linked polymer PVC foam formulated for durability, strength, and high processing temperatures. It is compatible with multiple resins and adhesives. It has a very low water absorption rate and excellent chemical resistance. Ideal for many lightweight composite applications.