ACRYLITE® 8N acrylic polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE 8N polymer are: - highest heat resistance - high melt strength - UV light absorption options - low levels of lubricant - AMECA listed Application Used for injection molding commercial and residential lighting lenses, automotive lenses and parts, optical devices and extruded profiles.

ACRYLITE® H12 acrylic polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE H12 polymer are: - medium heat resistance - medium melt flow rate - UV light transmitting - Low levels of lubricant Application: Used for injection molding and extrusion of optical and technical parts.

ACRYLITE® H15 acrylic polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE H15 polymer are: - medium heat resistance - high melt strength - UV light absorption options - lubricant options - AMECA listed Application: Used for injection molding and extrusion of optical and technical parts.

ACRYLITE® Heatresist FT15 polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Heatresist acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE® Heatresist FT15 polymer are: - high heat resistance - available in transparent and a range of opaque colors - medium melt flow rate - AMECA listed Application: Used for injection molding and extrusion applications.

ACRYLITE® Heatresist hw55 acrylic polymer is a copolymer based on methyl methacrylate (MMA) with comonomer constituents for injection molding applications. Typical properties of ACRYLITE® Heatresist acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE® Heatresist hw55 polymer are: - high heat resistance - high melt strength - improved resistance to isopropyl alcohol - AMECA listed Application: Used for injection molding of technical parts for applications subjected to high thermal stress.

ACRYLITE® Hi-Gloss FT15 polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). ACRYLITE® Hi-Gloss FT15 polymer is available in a range of opaque colors including deep jet black. Typical properties of ACRYLITE® Hi-Gloss acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE® Hi-Gloss FT15 polymer are: - high heat resistance - available in transparent and a range of opaque colors - medium melt flow rate - AMECA listed Application: Used for injection molding and extrusion applications.

ACRYLITE® Hi-Gloss FT-8 polymer is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). ACRYLITE® Hi-Gloss FT-8 polymer is available in a range of opaque colors including deep jet black. Typical properties of ACRYLITE® Hi-Gloss acrylic polymers are: - excellent weather resistance - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE® Hi-Gloss FT-8 polymer are: - high heat resistance - high melt strength - available in a range of opaque colors Application: Used for injection molding of automotive parts.

ACRYLITE® Hi-Gloss NTA-1 polymer is an opaque, amorphous, and impact-modified thermoplastic molding and extrusion compound based on polymethyl methacrylate. Typical properties of ACRYLITE® Hi-Gloss acrylic polymers are: - excellent weather resistance - improved resistance to stress cracking - good melt flow rate - good polishability - impact resistance The special properties of ACRYLITE® Hi-Gloss NTA-1 polymer are: - good heat resistance - available in a range of opaque colors - high melt strength - increased impact/break resistance and strength Application: Used for injection molding technical parts.

ACRYLITE® Hi-Gloss NTA-5 black 9V022 is an amorphous thermoplastic molding compound, based on impact-modified polymethyl methacrylate (PMMA). Properties ACRYLITE® molding compounds have the following typical properties: - high weather resistance - brilliant appearance - 100% recyclable ACRYLITE® Hi-Gloss NTA-5 black 9V022 is characterized by the following additional properties: - highest breaking strength and impact strength - increased heat resistance - improved resistance to stress cracking - balanced property profile Application: ACRYLITE® Hi-Gloss NTA-5 black 9V022 is particularly suitable for injection molding of technical components where high impact resistance is needed. Due to its superior brilliance high-gloss Class A surfaces can be obtained without painting.

ACRYLITE® L40 acrylic polymer is an amorphous thermoplastic molding compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE® L40 polymer are: - low heat resistance - highest melt flow rate - UV light transmitting - medium levels of lubricant Application: Used for injection molding thin-wall medical devices requiring UV spectroscopy for fluid evaluation.

ACRYLITE® LED 8N LD12 Acrylic Molding Compound is a highly transparent light guide material based on ACRYLITE® 8N. In addition to the typical properties of ACRYLITE®, such as - Excellent weather resistance - UV-stability - Good flow, high mechanical strength ACRYLITE® LED 8N LD12 is developed for edge lit LED applications. The light scattering properties convert the light guide to a full illuminated panel. Furthermore, the material allows for a competely transparent view through the light guide when it is not illuminated. This opens a new degree of freedom for designers. ACRYLITE® 8N LD12 is recommended for panels with a distance of up to 12 cm (4.72 in) between two light injecting LED strips. Application: Injection molding or extrusion.

ACRYLITE® LED 8N LD24 Acrylic Molding Compound is a highly transparent light guide material based on ACRYLITE® 8N. In addition to the typical properties of ACRYLITE®, such as - Excellent weather resistance - UV-stability - Good flow, high mechanical strength ACRYLITE® LED 8N LD24 is developed for edge lit LED applications. The light scattering properties convert the light guide to a full illuminated panel. Furthermore, the material allows for a competely transparent view through the light guide when it is not illuminated. This opens a new degree of freedom for designers. ACRYLITE® 8N LD12 is recommended for panels with a distance of 12 cm to 24 cm (4.72 in to 9.45 in) between two light injecting LED strips. Application: Injection molding or extrusion.

ACRYLITE® LED 8N LD48 Acrylic Molding Compound is a highly transparent light guide material based on ACRYLITE® 8N. In addition to the typical properties of ACRYLITE®, such as - Excellent weather resistance - UV-stability - Good flow, high mechanical strength ACRYLITE® LED 8N LD48 is developed for edge lit LED applications. The light scattering properties convert the light guide to a full illuminated panel. Furthermore, the material allows for a competely transparent view through the light guide when it is not illuminated. This opens a new degree of freedom for designers. ACRYLITE® 8N LD12 is recommended for panels with a distance of 24 cm to 48 cm (9.45 in to 18.9 in) between two light injecting LED strips. Application: Injection molding or extrusion.

ACRYLITE® LED 8N LD96 Acrylic Molding Compound is a highly transparent light guide material based on ACRYLITE® 8N. In addition to the typical properties of ACRYLITE®, such as - Excellent weather resistance - UV-stability - Good flow, high mechanical strength ACRYLITE® LED 8N LD96 is developed for edge lit LED applications. The light scattering properties convert the light guide to a full illuminated panel. Furthermore, the material allows for a competely transparent view through the light guide when it is not illuminated. This opens a new degree of freedom for designers. ACRYLITE® 8N LD12 is recommended for panels with a distance of 48 cm to 96 cm between two light injecting LED strips. Application: Injection molding or extrusion.

ACRYLITE® LED 0V200 is a light scattering molding compound, based on ACRYLITE® polymer and polymer spheres in the µm range. The main properties are: - Mie scattering - less LED "Hot Spots" - low profile luminaire design - low wavelength dependent scattering - forward and low backward scattering - good transmittance - smooth surface in extrusion - reduced surface gloss - excellent outdoor weathering properties Suggested light in- and output: Direct lit Examples: Luminaire covers, extruded profiles, injection molded parts, ambient light applications Physical Form / Packaging: ACRYLITE® LED 0V200 is supplied as pellets of uniform size in a two layered 25 kg Polyethylene bag, further packaging upon request. Specified Characteristic: Vicat, MVR, Transmittance More Information: Part of the ACRYLITE® LED program, Goniometer data available in 1- 3mm as Excel file

ACRYLITE® LED White 0V606 is specifically engineered for uniform light distribution when backlit with strong LED light sources. Combined with high light transmission, the diffusion grade also has the ability to eliminate disturbing hotspots (spots of light created by the LED source). These properties make it possible to reduce the spacing required between the cover and the light source, optimizing the wall thickness of the component. Components that are manufactured with this coloring appear optically white in reflected light. ACRYLITE® LED White 0V606 is characterized by diffuse scattering of light, and is offered in the following ACRYLITE® polymers: ACRYLITE® 8N, ACRYLITE® H12, ACRYLITE® H15, and ACRYLITE® Resist zkX. Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high mechanical strength - high surface hardness and mar resistance - various melt flow rate

ACRYLITE® M30 acrylic polymer is an amorphous thermoplastic molding compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® acrylic polymers are: - excellent weather resistance - high light transmission - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - versatile colorability due to crystal clarity The special properties of ACRYLITE M30 polymer are: - medium heat resistance - high melt flow rate - UV light transmitting - medium levels of lubricant Application: Used for injection molding optical and technical parts.

ACRYLITE® Optical POQ62 is an amorphous thermoplastic molding compound based on polymethylmethacrylate (PMMA). In addition to the familiar properties of ACRYLITE® molding compounds, such as - excellent light transmission and brilliance, - very good weather resistance, - high mechanical strength, surface hardness and mar resistance, ACRYLITE® Optical POQ62 is distinguished by its - guaranteed purity and clarity, - outstanding flow properties due to its low melt viscosity and its - extremely accurate mold surface reproduction, - UL registration RTI90 by (fi) 746C. Application: ACRYLITE® Optical POQ62 is particularly suitable for injection-compression molding and for injection-molding thin-walled parts with long flow paths. Further fields of application are two-component injection molding and special extrusion.

ACRYLITE® Optical POQ64 is an amorphous thermoplastic molding compound based on polymethylmethacrylate (PMMA). In addition to the familiar properties of ACRYLITE® molding compounds, such as - excellent light transmission and brilliance, - very good weather resistance, - high mechanical strength, surface hardness and mar resistance, ACRYLITE® Optical POQ64 is distinguished by its - guaranteed purity and clarity, - very good flow properties, - high luminous efficiency in medium to long light paths, - UL registration RTI90 by (fi) 746C. Application: ACRYLITE® Optical POQ64 is excellently suited for the injection molding or injection-compression molding of technical components to meet stringent optical requirements.

ACRYLITE® Optical POQ66 is an amorphous thermoplastic molding compound based on polymethylmethacrylate (PMMA). In addition to the familiar properties of ACRYLITE® molding compounds, such as - excellent light transmission and brilliance, - very good weather resistance, - high mechanical strength, surface hardness and mar resistance, ACRYLITE® Optical POQ66 is distinguished by its - guaranteed purity and clarity, - high luminous efficiency in medium to long light paths, - absolute colorlessness even in thick layers - UL registration RTI90 by (fi) 746C. Application: ACRYLITE® Optical POQ66 is suitable for manufacturing extruded sheets to meet stringent optical requirements.

ACRYLITE® Optical SuPure® and ACRYLITE® POQ 66 are used for optically critical applications such as sophisticated light pipes that require the complete lack of visible black specks critical in boosting the effectiveness of light distribution through the light channel. ACRYLITE® Optical SuPure® acrylic polymer is an exceptionally pure polymer designed for applications that demand maximum cleanliness. Röhm's proprietary purification process starts at the manufacturing facility and extends to your operation's processing point, resulting in a solution of total purity. The ACRYLITE® Optical SuPure® solution provides a polymer free of dust, fines and contaminant that consistently delivers exceptional clarity and eliminates costly defects. Ideal for automotive applications such as instrument cluster lenses, interior lighting and telematics covers. ACRYLITE® Optical SuPure® also provide outstanding results in optical applications since it offers better clarity and quality of light transmission than glass. ACRYLITE® Optical SuPure® is available in 8N. Other grade options are available upon request.

ACRYLITE® Resist AG 100 is an amorphous thermoplastic molding compound, based on impact-modified polymethyl methacrylate (PMMA). ACRYLITE® molding compounds have the following typical properties: - high weather resistance - excellent transmission and clarity - brilliant appearance - low weight - half the weight of glass - 100% recyclable - best life cycle assessment as compared with glass and PC - pleasant feel and sound of molded parts ACRYLITE® Resist AG 100 is characterized by the following additional properties: - highest breaking strength and impact strength (30 times higher breaking strength than glass) - improved resistance to stress cracking - balanced property profile - clear reduction of reversible haze at very high and low temperatures - increased heat deflection temperature under load - AMECA listing, CAMPUS and moldflow data available Application: ACRYLITE® Resist AG 100 has a balanced property profile and is used for extruding and coextruding sheets and profiles as well as for injection molding.

ACRYLITE® Resist ZK5BR polymer is an amorphous, impact-modified thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Resist acrylic polymers are: - high weather resistance - high light transmission - improved resistance to stress cracking - good melt flow rate - easy to color The special properties of ACRYLITE® Resist ZK5BR polymer are: - medium impact/break resistance and strength - brilliant optical clarity - low melt flow rate - high heat resistance - AMECA listed Application: Used for injection molded parts.

ACRYLITE® Resist ZK-6 polymer is an amorphous, impact-modified thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Resist acrylic polymers are: - high weather resistance - high light transmission - improved resistance to stress cracking - good melt flow rate - easy to color The special properties of ACRYLITE® Resist ZK-6 polymer are: - high impact/break resistance and strength - low melt flow rate - medium heat resistance - AMECA listed as ZK6 (x) - FDA food contact use Application: Used for injection molded parts and extruded sheet.

ACRYLITE® Resist ZK-M polymer is an amorphous, impact-modified thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Resist acrylic polymers are: - high weather resistance - high light transmission - improved resistance to stress cracking - good melt flow rate - easy to color The special properties of ACRYLITE® Resist ZK-M polymer are: - medium impact/break resistance and strength - low melt flow rate - high heat resistance - AMECA listed as ZKM (x) - FDA food contact use Application: Used for injection molded parts.

ACRYLITE® Satinice df20 8N, based on ACRYLITE® 8N, is characterized by diffuse scattering of light. Besides showing the familiar properties of standard ACRYLITE® molding compound, such as - excellent weatherability, - high surface hardness and mar resistance, - UL registration RTI90 by (fi) 746C. ACRYLITE® 8N df20 is special in that they combine - good diffusing power with excellent light transmission. Application: Used for injection molding items for lighting engineering applications

ACRYLITE® Satinice df21 8N, based on ACRYLITE® 8N, is characterized by diffuse scattering of light. Typical properties of ACRYLITE® molding compound are - good melt flow rate - high mechanical strength, surface hardness and mar resistance - very good weather resistance. Special properties of ACRYLITE® Satinice df21 8N are - good lightdiffusion combined with excellent light transmission. Application: Used for injection molding items for lighting engineering applications

ACRYLITE® Satinice df21 white 0V606 is a light scattering molding compound, based on ACRYLITE®, polymer spheres in the µm range and pigments. The main properties are: - Mie scattering - less LED "Hot Spots" - low profile luminaire design - low wavelength dependent scattering - forward and low backward scattering - good transmittance - velvet surface in extrusion - reduced surface gloss - excellent outdoor weathering properties Suggested light in- and output: Direct lit Examples: Luminaire covers, extruded profiles, injection molded parts, ambient light applications Physical Form / Packaging: ACRYLITE® Satinice df21 white 0V606 can be supplied in any base molding compound, when obtaining a certain minimum amount, as pellets of uniform size in a two layered 25 kg Polyethylene bag, further packaging upon request. Specified Characteristic: Vicat, MVR, Transmittance More Information: Part of the ACRYLITE® Satinice program, Goniometer data available in 1- 3mm as Excel file

ACRYLITE® Satinice df22 8N, based on ACRYLITE® 8N, is characterized by diffuse scattering of light. Typical properties of ACRYLITE® molding compound are - good melt flow rate - high mechanical strength, surface hardness and mar resistance - very good weather resistance. Special properties of ACRYLITE® Satinice df22 8N are - very good lightdiffusion combined with excellent light transmission. Application: Used for injection molding items for lighting engineering applications

ACRYLITE® Satinice df23 8N is an amorphous thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA) and diffusion polymers. Typical properties of ACRYLITE® molding compound are: - excellent weather resistance - high mechanical strength - high surface hardness and mar resistance - good melt flow rate - superior light diffusion (hiding power) and transmittance The special properties of ACRYLITE® Satinice df23 8N are: - excellent light diffusion combined with excellent light transmission - highest heat resistance - high melt strength - low levels of lubricant Application: Used for injection molding and extrusion of lighting luminaries, instrument displays and extruded profiles.

ACRYLITE® Satinice ZD 23 polymer is an amorphous, impact-modified light diffusing thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Satinice zdf polymers are: - high weather resistance - superior light diffusion (hiding power) and transmittance - improved resistance to stress cracking - good melt flow rate - easy to color The special properties of ACRYLITE® Satinice ZD 23 polymer are: - high impact/break resistance and strength - medium melt flow rate - high heat resistance - FDA food contact uses Application: Used for injection molded parts.

ACRYLITE® Satinice ZD 24 polymer is an amorphous, impact-modified light diffusing thermoplastic molding and extrusion compound based on polymethyl methacrylate (PMMA). Typical properties of ACRYLITE® Satinice zd polymers are: - high weather resistance - superior light diffusion (hiding power) and transmittance - improved resistance to stress cracking - good melt flow rate - easy to color The special properties of ACRYLITE® Satinice ZD 24 polymer are: - high impact/break resistance and strength - high melt strength - high heat resistance Application: Used for extrusion applications including profiles and sheet.

ACRYMID® TT50 is a highly heat distortion-resistant poly(n-methyl methacrylimide) (PMMI). Besides showing the properties common to all ACRYMID® molding compounds, such as - high heat deflection temperature under load, - excellent transmission and clarity, - very high strength and rigidity, as well as - good weather resistance. ACRYMID® TT50 is special in that it is - listed by AMECA. Application: ACRYMID® molding compound is particularly suitable for injection molding of items meant for applications that involve high heat loads.

ACRYMID® TT70 is a highly heat distortion-resistant poly(n-methyl methacrylimide) (PMMI). Besides showing the properties common to all ACRYMID® molding compounds, such as - excellent transmission and clarity, - very high mechanical strength and rigidity, - good weather resistance. ACRYMID® TT70 has the following specific characteristics: - high stability of the optical characteristics at long-lasting thermal load, - highest heat deflection temperature under load. Application: ACRYMID® molding compound is particularly suitable for injection molding of items meant for applications that involve maximum thermal loads.

CYROLITE® CG-97 is an impact-modified acrylic-based copolymer for molding and extrusion of medical applications. Typical properties of CYROLITE® acrylic-based copolymer compounds are: - excellent chemical resistance to fats and oils - excellent bonding and welding capabilities - excellent bonding to PVC tubing - good impact strength - good light transmission - good resistance to EtO, gamma and E-beam sterilization The special properties of CYROLITE® CG-97 are: - superior resistance to lipids - excellent gamma sterilization color stability - high impact resistance - very good resistance to alcohol Application: Used for injection molding and extrusion of medical devices.

CYROLITE® G-20 HIFLO is an impact-modified acrylic-based copolymer for molding and extrusion of medical applications. Typical properties of CYROLITE® acrylic-based copolymer compounds are: - excellent chemical resistance to fats and oils - excellent bonding and welding capabilities - excellent bonding to PVC tubing - good impact strength - good light transmission - good resistance to EtO, gamma and E-beam sterilization The special properties of CYROLITE® G-20 HIFLO are: - excellent melt flow rate - good heat resistance Application: Used for injection molding and extrusion of medical devices, medical packaging, as well as toys and appliance parts.

CYROLITE® G-20 is an impact-modified acrylic-based copolymer for molding and extrusion of medical applications. Typical properties of CYROLITE® G-20 are: - excellent chemical resistance to fats and oils - excellent bonding and welding capabilities - excellent bonding to PVC tubing - good impact strength - good light transmission - good heat resistance - good resistance to EtO, gamma and E-beamsterilization Application: Used for injection molding and extrusion of medical devices, medical packaging, as well as food packaging, toys and appliance parts.

CYROLITE® GS-90 is an impact-modified acrylic-based copolymer for molding and extrusion of medical applications. Typical properties of CYROLITE® acrylic-based copolymer compounds are: - excellent chemical resistance to fats and oils - excellent bonding and welding capabilities - excellent bonding to PVC tubing - good impact strength - good light transmission - good resistance to EtO, gamma and E-beamsterilization The special properties of CYROLITE® GS-90 are: - superior gamma sterilization color stability - excellent melt flow rate - very good transmission and clarity Application: Used for injection molding and extrusion of medical devices, medical packaging, as well as toys and appliance parts.

CYROLITE® MD 6N S000 is an amorphous thermoplastic molding compound (PMMA) for the medical diagnostic industry. Typical properties of CYROLITE® MD acrylic polymers are: - Exceptional ultra-violet light transmittance (UVT) - Superior optical clarity - Maximum flow characteristics - Excellent dimensional stability The special properties of CYROLITE® MD 6N S000 are: - Complies to U.S. Pharmacopeia class VI - Very good mechanical properties - High heat deflection temperature - Excellent flow / melt viscosity Application: - Used for injection molding of medical devices requiring UV spectroscopy for fluid evaluation. Examples: - Diagnostic test packs, cuvettes, microfluidics and crystallography trays.

CYROLITE® MD H12 acrylic polymer is an amorphous thermoplastic molding compound based on polymethyl methacrylate (PMMA) for the medical diagnostic industry. Typical properties of CYROLITE® MD acrylic polymers are: -exceptional ultra-violet light transmittance (UVT) -exceptional optical clarity -good dimensional stability for controlled fluid flow The special properties of CYROLITE® MD H12 polymer are: -medium heat resistance -medium melt flow rate -UV light transmitting -Lubricant free Application: Used for injection molding of medical devices requiring UV spectroscopy for fluid evaluation.