HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Faster curing version of AR12.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Faster curing version of AR12.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Optimized for extrusion applications. Excellent scorch safety and heat resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Higher tear strength and improved extrusion version of HyTemp AR212HR.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Low-temperature version of AR12. Suitable for seal/gasket and hose applications.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Higher tensile version of HyTemp AR12 with improved oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications 175°C high-temperature service and excellent oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Improved low temperature and excellent oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Low-viscosity version of HyTemp AR71.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Excellent balance of low temperature and oil resistance. Easy processing.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Excellent balance of low temperature (-40°C) and oil resistance.

HYTEMP® POLYACRYLATE (ACM) elastomers are ideally suited for applications requiring long-term performance in severe temperature and fluid environments. HyTemp can be compounded to withstand an impressive temperature range from -40°C to 200°C. These elastomers offer excellent long-term heat and compression set resistance while providing superb resistance to petroleum and synthetic-based lubricants. HyTemp can be tailored to specific material specifications through the proper choice of elastomer grade. To accommodate multiple application needs, a wide range of HyTemp grades is available. Representing some of the industry's most advanced innovations, HyTemp yields exceptional compressive stress relaxation performance in high-temperature sealing functions. HyTemp can be processed using all common thermoset methods, including compression, transfer, injection molding, calendering and extrusion. This makes HyTemp ideal for automotive under-hood applications such as transmission seals, engine seals, and both oil- an air-management hoses. Industrial applications include binders, adhesives and seals. Special Properties/Applications Peroxide-curable elastomer suitable for O-rings, seals and gaskets. Also used for binders, adhesives, caulks and plastics modification.

Superabsorbent polymer Characteristics: - GS-302N is a cross-linked sodium polyacrylate - GS-302N is designed for the use in baby diapers with thin type absorbent core with high superabsorbent concentrations. It has hight retention capacity, absorbency under pressure (0.7 psi) and fast absorbing rate that offers good rewet performance in baby diapers. - GS-302N has good anti-discoloration and anti-caking property. These performance offer constant quality under high humidity in hygiene products.

LNP STAT-LOY 93000LTH compound is based on Acrylic resin containing proprietary additives. Added features of this grade include: Permanently Anti-Static, Transparent and Healthcare.

MODAR 820 TC resin is a novel resin composition designed for architectural and mass transit applications. Fire retardant laminates made with MODAR 820 TC resin and filled with alumina trihydrate (ATH) have met ASTM E-84 class 1 flame spread index requirements and exhibit low smoke characteristics typically required by building codes. These same compositions additionally meet mass transit requirements as measured by ASTM E662 and E162. MODAR 820 TC resin readily accepts high filler loadings without substantial loss of its cured mechanical properties. The filled resin mix also exhibits exceptional suspension stability. APPLICATIONS AND USE MODAR 820 TC resin can be used for architectural applications, ductwork and mass transit components wherever superior fire retardance and low smoke characteristics are desired. This resin can be used for spray-up, hand lay-up and low pressure closed molding processes including infusion and resin transfer molding.

Ashland Resins for the Pultrusion Market Chemistry Fire retardant when used with ATH Performance Attributes Tough resin. Accepts high levels of ATH. Typical Applications Cable trays. Low smoke and toxicity applications.

OPTODYNE is a reliable UV curable optical adhesive with controlled refractive index. - Transparent ultraviolet (UV) curing type optical adhesive based on fluorinated epoxy and fluorinated acrylate resin. - It is used for connection of optical fibers requiring optically optimal refractive index matching as well as adhesion fixing function. - Highly reliable adhesive with excellent adhesion and workability.

ABflex provides the same structural representation of AB plastic with new flexibility characteristics. EnvisionTEC's AB Materials are the closest prototype resins to production grade ABS Plastic. Finally, rapid prototyping/3D printing has a true production representation of ABS with the launch of the AB materials from EnvisionTEC. Combining AB Materials with patented DLP technology exclusively from EnvisionTEC gives you the absolute closest 3D representation available in the industry. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys - Closest prototype resin to production grade ABS Plastic - Provides sharpest production representation of AB plastic - Best utilized for functional prototypes - Best quality and value in industry - Extreme durability or flex capability - Best value per kilogram in industry Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 4 Mini with ERM, Perfactory® 3 Mini Multi Lens

ABS-tuff is a high grade rapid prototyping resin providing the structural representation of ABS plastic. EnvisionTEC's AB Materials are the closest prototype resins to production grade ABS Plastic. Finally, rapid prototyping/3D printing has a true production representation of ABS with the launch of the AB materials from EnvisionTEC. Combining AB Materials with patented DLP technology exclusively from EnvisionTEC gives you the absolute closest 3D representation available in the industry. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys - Closest prototype resin to production grade ABS Plastic - Provides sharpest production representation of AB plastic - Best utilized for functional prototypes - Best quality and value in industry - Extreme durability or flex capability - Best value per kilogram in industry Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 4 Mini with ERM, Perfactory® 3 Mini Multi Lens

EnvisionTEC's E-Dent is a light-cured micro-hybrid filled dental crown and bridge material for long term temporaries for use on the Perfactory® High Productivity DDP machine. Provisionals are photo polymerized on a voxel-by-voxel basis (volumetric pixel) of the liquid resin. E-Dent can also be used for printing of very tough veneers that are extremely accurate with a very fine surface finish. E-Dent is currently available in 3 shades A1, A2 and A3. Structures can be cut back and then layered using any light-curable shade composite. It is FDA approved. EnvisionTEC's E-Dent has been developed especially for the manufacturing of long term crown and bridge provisional. Full crowns or multi unit bridges can be printed. The printed design can also be cut back to allow for color layering and shading. Applications Dental Recommended Machines: PixCera, Perfactory® 4 DDP Series

EnvisionTEC‘s E-Partial chemistry was developed for building partials where some flex is required without damage. E-Partial material maintains flexural strength to ensure clasp flex without breakage. The stiffness of E-Partial allows for production of a very hard retention grid and super tight thin clasps to deliver a metal partial with the perfect fit every time. The Perfactory® 4 DDP 3D printer gives you high accuracy printing with unmatched speed. Printing partials is a snap in the E-Partial material and the Perfactory® 4 DDP 3D Printer. Unattended production means the machine can work while you are away. It will even turn itself off after completing a build. Applications Dental Recommended Machines: Perfactory® 4 DDP Series

The EnvisionTEC E-Shell 300 series has been designed especially for applications in the Hearing Aid industries and is distinguished for rigidity and durableness. The material is used on Perfactory® UV machines only. EnvisionTEC E-Shell 300 is a liquid, photo-reactive acrylate for building functional parts. It is CE certified and Class-IIa biocompatible according to ISO 10993 (Medical Product Law) for Hearing Aid shells and otoplastics. They are tough, opaque, water- and perspiration-resistant and available in several different transparent tones like water clear, rosé clear, red, and blue. Applications Hearing Aid Features - Tough function prototypes - Appearance models with minimal finishing - Durable concept models with high cross linkage - High humidity environment applications - RTV patterns - Water resistant applications - Hearing aid devices manufacturing Recommended Machines: DDSP Series, Perfactory® 3 DSP, Perfactory® 4 DSP Series

EnvisionTEC‘s new HTM140 High Temperature Mold Material dramatically changes 3D printing capabilities for manufacturers. With a heat deflection temperature of 140°C straight out of the machine, high definition parts printed in HTM140 can be directly vulcanized in rubber, eliminating the need for a metal master. It is designed to withstand both the heat and pressure of vulcanizing the model in rubber with incredible detail and no loss of dimensional stability. It can also be used in a variety of applications that require thermal resistance such as items to be metallized or tested for high temperature gas and liquid applications. To add to its versatility, another use is for making tools for small run injection molding. It is easily paintable for visual aids. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 4 Mini with ERM, Perfactory® 3 Mini Multi Lens

EnvisionTEC‘s new HTM140IV High Temperature Mold Material in Ivory dramatically changes 3D printing capabilities for manufacturers. With a heat deflection temperature of 140°C straight out of the machine, high definition parts printed in HTM140IV can be directly vulcanized in rubber, eliminating the need for a metal master. It is designed to withstand both the heat and pressure of vulcanizing the model in rubber with incredible detail and no loss of dimensional stability. It can also be used in a variety of applications that require thermal resistance such as items to be metallized or tested for high temperature gas and liquid applications. To add to its versatility, another use is for making tools for small run injection molding. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 4 Mini with ERM, Perfactory® 3 Mini Multi Lens

EnvisionTEC's LS600 is the latest breakthrough in extremely durable photopolymers for use in producing very accurate parts with high feature detail on EnvisionTEC's 3D printers. With added stability and surface quality, this material produces parts with high impact resistance similar to thermoplastics. Tough, complex parts can be built with a superb surface quality compared with competing technologies. LS600 provides superb detail without sacrificing speed or durability and has the best overall mechanical stability over time. It provides considerable processing latitude and is ideal for markets that demand accurate RTV patterns, durable concept models, highly accurate parts, and humidity and temperature resistant parts. Applications MCAD Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 4 Mini with ERM, Perfactory® 3 Mini Multi Lens

The EnvisionTEC Photosilver material is a ceramic filled photopolymer material designed for use on the EnvisionTEC range of 3D printers. Photosilver produces highly detailed parts with crisp features. The high temperature resistance allows for the production of vulcanized rubber molds without breaking or melting the master pattern. The increased number of ceramic nanoparticles in the resin leads to improved definition of model detail compared with other filled materials. EnvisionTEC's Photosilver material can produce high detail models straight from the machine without the need for finishing and so can be used directly for molding using conventional techniques and materials. Applications Animation and Entertainment, Architecture and Art, Jewelry, Toys Recommended Machines: Aureus, Perfactory® 4 Mini with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 3 Mini Multi Lens, Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM, Perfactory® Apollo

EnvisionTEC's Press-E-Cast is a wax-filled photopolymer material designed for use on the Pixcera and Perfactory® 4 DDP (Digital Dental Printer). Press-E-Cast produces highly detailed anatomy with crisp features. Its stiffness allows for the production of copings with extremely thin margins as well as full anatomical crowns. It is also possible to produce a perfectly fitting multiple unit bridge up to 16 units. Press-E-Cast has a very low thermal expansion during burnout and produces a high quality surface finish on cast or pressed parts. It is the only photopolymer-based material that actually melts during the burnout cycle, allowing for the material to melt out of the investment without leaving any ash residue which is a common problem associated with the burning of photopolymers used in competing technologies. Low material expansion allows the dental lab to rapid burnout and cast with any dental alloy avoiding flash due to micro-cracking in the investment. Pressing or casting in any material works well with conventional spruing techniques and investments. Average build times are under 2.5 hours for a full platform which allows the lab to produce several builds in an 8 hour shift. Unattended production means the machine can work while you are away. It will even turn itself off after completing a build. Applications Dental Recommended Machines: PixCera, Perfactory® 4 DDP

R5 and R11 is a liquid photopolymer that produces robust, accurate, and functional parts. The material offers superior chemical resistance, a wide processing latitude, and excellent tolerance to a broad temperature and humidity range during and after build. Parts created from R5 and R11 exhibit superior fatigue properties, strong memory retention, and high quality up-facing and down-facing surfaces. R5 and R11 also offers a good balance of properties between rigidity and functionality. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM

EnvisionTEC R5 Gray is an accurate and functional resin for producing robust and durable parts on all EnvisionTEC 3D printers. R5 Gray is a liquid, photo-reactive acrylate with a wide processing latitude, which is used to producer parts with high quality up-facing and down-facing surfaces. The parts exhibit superior fatigue strength properties and excellent tolerance to a broad temperature and humidity range during and after build. The material offers distinguished chemical resistance and a good balance of properties between rigidity and functionality. R5 Gray is ideal for creating master patterns in rubber molding applications and is suitable for electrical housings, medical products, snap-fit parts, consumer products, and automotive applications. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM

R5 and R11 is a liquid photopolymer that produces robust, accurate, and functional parts. The material offers superior chemical resistance, a wide processing latitude, and excellent tolerance to a broad temperature and humidity range during and after build. Parts created from R5 and R11 exhibit superior fatigue properties, strong memory retention, and high quality up-facing and down-facing surfaces. R5 and R11 also offers a good balance of properties between rigidity and functionality. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM

EnvisionTEC‘s RC31 is a high temperature resistant resin for building tough and stiff parts. It can be processed on all Perfactory® products from EnvisionTEC. RC31 is a nanoparticle-filled material that is used to build hard-wearing, stiff and high temperature-resistant parts. They have an opaque peach color appearance. RC31 is ideal for applications requiring superior stiffness and high heat deflection temperature, such as automotive components, pump housings and impellers, wind tunnel test parts, light reflectors, injection molds, hard chrome plating, etc. Applications Aerospace, Animation and Entertainment, Architecture and Art, Automotive, Consumer Packaged Goods, Education, Electronics, Manufacturing, Sporting Goods, Toys Recommended Machines: Perfactory® 4 Standard with ERM, Perfactory® 4 Standard XL with ERM

The EnvisionTEC WIC100G resin has been formulated for the casting of model made on the Perfactory® market. The nano-wax content offers a clean burn out with the highest reproduction details. Wax casting is easy from the WIC100G resin when using a standard wax burn out cycle with a regular gypsum investment. During the burn out cycle, the nano-wax melts away first allowing the resin to burn off without excessive expansion or pressure from degassing which is a problem normally associated with polymer based materials during the burn out cycle. WIC100G is a photo cured hybrid resin system that produces the highest quality part details without sacrificing strength, ease of handling, and finishing. Highest quality detailed parts, excellent burn out properties, and high speed building allows the WIC100G to be optimal for use in Jewelry market for production of master patterns for direct investment casting. Applications Jewelry Recommended Machines: Aureus, Perfactory® 4 Mini with ERM, Perfactory® 4 Mini XL with ERM, Perfactory® 3 Mini Multi Lens

BiColor® is a monolithic acrylic of two layers that shows a translucent color and another in clear; this gives to this product a unique aspect.This product has been developed with hi - tec by Plastiglas and allows light diffusion in a spectrum of color. Since it is monolithic it avoids the internal defects normally obtained in cemented substrates and can be thermoformed with no delaminating of the color keeping its optical symmetry in the final piece. Applications: - Bi Color sheet is recommended for indoor application only. - Illumination and interior design with cold light, warm light and Led's. - Internal partitions. - Table covers in restaurants, Fast-food and bars. - Counters at and hospitals and hotel's receptions. - Furniture details as inserts in wood, solid surface and quartz. - Garden tables and displays islands (POP). - Decorative articles. Characteristics: - Highly aesthetic. - High light transmittance. - Creates optical effects depending on Edge finishing. - Harmonizes environments. - Hygienic. - Inert. - Reparable. - Easy to process & install.

CHEMCAST BR is a 1.25" (32mm) thick cell cast acrylic sheet that has been certified by Underwrites Laboratories as a bullet resistant material against medium and small power arms such as 9mm (Level I).

WIhat makes Chemcast® acrylic high impact sheet notably different are the additional advantages compared to the same properties of the general purpose sheet. It has a better high impact strength, chemical resistance and ease fabrication with the same equipment used for the general purpose sheet. Ideal for sign industry. It can be exposed to outside weather conditions without significant changes in appareance. Chemcast high impact sheet is the only high quality acrylic sheet that can provide you with short runs capability and color selection to fit your specific needs.

CHEMCAST® is the only high quality acrylic sheet that can provide you with short runs capability and color selection to fit your specific needs.

What makes CHEMUVT sheet different is the resistance to degradation due to a high transmission of ultraviolet light and ease fabrication with the same equipment used for the general purpose sheet. Ideal forindoor sun tanning equipment. CHEMUVT sheet is a high quality acrylic sheet that can provide you with transmission of ultraviolet light, resisting degradation of the radiation.

FG® is an innovating and flexible option for the most demanding design and production requirements. FG® is a modified acrylic sheet with impact resistance and superior screw retention.The product allows perfect thermoforming keeping symmetry and color in the final piece. FG® by Plastiglas was designed to avoid diminishes and waste in comparison to other acrylic products due to its flexibility, its high resistance to compressions and contractions and its ease to be screwed without cracking. Applications: - FG® is recommended for indoor application only. - Kitchen Covers and furniture. - Kitchen Cabinets. - Doors and shelves. - Commercial and Institutional Furniture. - POP Displays. - Commercial and Residential decoration. - Partitions. Characteristics: - Superior hinge and screw retention. - High impact resistance. - Environmental harmonizing. - Hygienic. - Ease to be processed and installed. - Resistant to moisture and immersion. - Outstanding screw, hinges and metallic elements retention. - Easy cutting and routing. - Thermoformable.

Novanite is a solid surface 100% made of acrylic produced in Mexico by Plastiglas. Is a non porous solid surface, of high hardness and of easy maintenance with the appearance of natural stone. It is highly hygienic because it does not absorb liquids and does not allow the formation of germs and bacteria. Applications: - Kitchen Countertops. - Vanity tops. - Retail counter tops. - Restaurant and cafe tables. - Cabinetry. - Reception counters and office desks. - Commercial food preparation areas. - Counter tops and wall covering in hospitals and laboratories. - Wall cladding in moisture applications. Characteristics: - Durable - Aesthetic - Easy to clean - Hygienic surface - Chemical Resistant - Impact Resistant - Heat resistant - Flame retardant - Renewable - Inert - Versatile - Maintenance

Novanite is a solid surface 100% made of acrylic produced in Mexico by Plastiglas. Is a non porous solid surface, of high hardness and of easy maintenance with the appearance of natural stone. It is highly hygienic because it does not absorb liquids and does not allow the formation of germs and bacteria. Applications: - Kitchen Countertops. - Vanity tops. - Retail counter tops. - Restaurant and cafe tables. - Cabinetry. - Reception counters and office desks. - Commercial food preparation areas. - Counter tops and wall covering in hospitals and laboratories. - Wall cladding in moisture applications. Characteristics: - Durable - Aesthetic - Easy to clean - Hygienic surface - Chemical Resistant - Impact Resistant - Heat resistant - Flame retardant - Renewable - Inert - Versatile - Maintenance