Light Transmission, Optimized for long light path length applications. Automotive OEMs have historically used distinctive forward lighting features to differentiate their vehicle brands. The proliferation of LED technology now allows designers to extend the length of LED-driven optics, create more distinctive designs, and minimize light transmission concessions. Excellent optical performance. Fewer LEDs.

Plexiglas® V825UVA is a thermoplastic acrylic resin formulated for injection molding and extrusion applications. It is formulated for specialty lighting packages requiring specific UV transmission requirements. Plexiglas® V825UVA has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, high quality surface appearance and/or precision optics. Plexiglas® V825UVA is easy to process due to its exceptional thermal stability, extrusion melt strength, and excellent tool surface reproduction and release properties. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as VM&P naphtha and heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® V825-UVA5A is a thermoplastic acrylic resin formulated for injection molding and extrusion applications. It is formulated for specialty lighting packages requiring specific UV transmission requirements. Plexiglas® V825-UVA5A has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, stability in high intensity discharge lighting environments, high quality surface appearance and/or precision optics. Plexiglas® V825-UVA5A is easy to process due to its exceptional thermal stability, extrusion melt strength, and excellent tool surface reproduction and release properties. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as VM&P naphtha and heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® V826 is a thermoplastic acrylic resin formulated for injection molding and extrusion applications. It is characterized by its excellent heat resistance and chemical resistance. Plexiglas® V826 has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, high quality surface appearance and/or precision optics. Plexiglas® V826 is easy to process due to its exceptional thermal stability, extrusion melt strength, and excellent tool surface reproduction and release properties. Supplemental moldflow simulation data is available. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® V920 is a General-purpose thermoplastic acrylic resin formulated for injection molding and extrusion applications. It is characterized by its very high melt flow. Plexiglas® V920 has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, high quality surface appearance and/or precision optics. Plexiglas® V920 is easy to process due to its exceptional thermal stability, extrusion melt strength, and excellent tool surface reproduction. Supplemental moldflow simulation data is available. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as VM&P naphtha and heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® VM is a thermoplastic acrylic resin formulated for injection molding applications. It is characterized by its very high melt flow and chemical resistance. Plexiglas® VM has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, high quality surface appearance and/or precision optics. Plexiglas® VM is easy to process due to its exceptional thermal stability, and excellent tool surface reproduction and release properties. Moldflow simulation data is available. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® VS is a thermoplastic acrylic resin formulated for injection molding applications. It is characterized by its very high melt flow. Plexiglas® VS has excellent weatherability and optical properties allowing it to excel in applications requiring outdoor stability, high quality surface appearance and/or precision optics. Plexiglas® VS is easy to process due to its exceptional thermal stability, extrusion melt strength, and excellent tool surface reproduction and release properties. Supplemental moldflow simulation data is available. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® VSNA is a thermoplastic acrylic resin formulated for injection molding applications. This grade is the same as Plexiglas®VS but does not have additives such as mold release, toner or UV-stabilizer. It is characterized by its very high melt flow. Plexiglas® VSNA excellent optical properties allowing it to excel in applications requiring high quality surface appearance and/or precision optics. Plexiglas® VSNA is easy to process due to its exceptional thermal stability and excellent tool surface reproduction. It has excellent resistance to many chemicals including solutions of inorganic acids, alkalis and aliphatic hydrocarbons such as VM&P naphtha and heptane. Additionally, it is virtually unaffected by a wide range of commercial products including many beverages, foodstuffs, detergent solutions and cleaners.

Plexiglas® VS-UVT is a thermoplastic acrylic resin suitable for injection molding. It is a high flow resin designed to provide exceptional UV transmission and excellent transparency making it an outstanding choice for in-vitro diagnostic applications. Some of the features and benefits of Plexiglas® VS-UVT are: - Exceptional UV transmittance - Excellent transparency - Outstanding scratch resistance - Superior processability

SOLARKOTE™ A200 is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by good balance between melt flow and chemical resistance. Key applications include building & construction and custom sheet markets, where high gloss and scratch resistance are desired. Primarily used as cap layer for ABS, acrylic, composite, and pultruded substrates.

SOLARKOTE™ A200M is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by good balance between melt flow and chemical resistance. Key applications include building & construction and custom sheet markets, where matte texture and scratch resistance are desired. Primarily used as cap layer for ABS, acrylic, composite, and pultruded substrates.

SOLARKOTE™ A207 is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by good balance between melt flow and chemical resistance. Key applications include building & construction and custom sheet markets, where high gloss and scratch resistance are desired. Primarily used as cap layer for ABS, acrylic, composite, and pultruded substrates.

SOLARKOTE™ A210M is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by good balance between melt flow and chemical resistance. Key applications include building & construction and custom sheet markets, where matte texture and scratch resistance are desired. Primarily used as cap layer for ABS, acrylic, composite, and pultruded substrates.

SOLARKOTE™ H300 is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by high melt flow with excellent processability and weatherability. Key applications include building & construction and custom sheet markets. Primarily used as cap layer for HIPS, PVC, PVDF and other composite substrates.

SOLARKOTE™ H310M is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by high melt flow with excellent processability and weatherability. Key applications include building & construction and custom sheet markets, where matte texture is desired. Primarily used as cap layer for HIPS, PVC, PVDF and other composite substrates.

SOLARKOTE™ H312M is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by high melt flow with excellent processability and weatherability. Key applications include building & construction and custom sheet markets, where matte texture is desired. Primarily used as cap layer for HIPS, PVC, PVDF and other composite substrates.

SOLARKOTE™ H330M is an impact modified specialty grade thermoplastic acrylic resin formulated for capstock coextrusion. It is characterized by high melt flow with excellent processability and weatherability. Key applications include building & construction and custom sheet markets, where matte texture is desired. Primarily used as cap layer for HIPS, PVC, PVDF and other composite substrates.

SOLARKOTE™ PB is a thermoplastic acrylic powder formulated for building and construction applications. It is characterized by its ability to be blended with PVC. It is available in powder form only.