EnFoam® FFD0050 is a high temperature styrenic masterbatch of an endothermic chemical nucleating and blowing agent for the creation of a fine foam structure in thermoplastic injection molding and extrusion applications. The blowing agent is provided in a pellet form which improves foaming performance, eases material handling and extends shelf life. This product is recommended for use in engineering thermoplastics such as Nylon, PC and TPO. Features and Benefits - Creates a standard closed-cell foam structure - Improves melt flow & dispersion in thermoplastics - Improves melt strength - In-line painable - Increases extrusion output rate - FDA compliant – safe for food contact - Moisture scavengers added - Improves impact - Improves flex and elongation and reduces brittleness - Improves cycle time in injection molding - Achieves significant weight reduction - Helps eliminate sink marks and reduces part warpage - Enhances surface appearance - pH balanced and buffered formula - Improves process economics Formerly known as EnFoam® FFD0050

DOKI® POLISTIREN VM 40902 AF-N is elastomer modified, milky white, high impact fire retardant polystyrene intended for injection moulding. Owing to its high melt flow properties, DOKI® POLISTIREN VM 40902 AF-N fully fills up mould cavities and is therefore suitable for manufacture of sizeable moulded products.

This data represents typical values that have been calculated from all products classified as: Generic PS (Specialty) This information is provided for comparative purposes only.

The matrix plastic of Kareline® PSMS is polystyrene. The fibre used is ECF bleached long fibre Nordic soft wood pulp (cellulose). The fibre content of Kareline® PSMS composites is normally 10-20 weight% (Kareline® PSMS9010, Kareline® PSMS8020). Customer tailor-made grades, e.g. with higher fibre content, are available. Kareline® PSMS gives a very beautiful natural appearance to products in applications where no absolute mechanical properties are needed but where excellent surface quality and fascinating outlook are a desired property e.g. packaging of cosmetics or jewellery. Material has also very good dimensional stability in moulding and as a product. Kareline® PSMS composites have a lot of good properties: - High rigidity - Excellent abrasion resistance - Pleasant feel of surface and beautiful natural surface appearance - Problem-free surface treatment - Good dimensional stability

PS is the brand name for Polycasa's extruded Crystal Polystyrene sheets, offering solutions for many indoor applications. As well as clear, anti-reflex and standard opal white, a variety of colours and designs are also available as a result of the extrusion process Polycasa can offer. CHARACTERISTICS - Good optical properties and a brilliant surface. - High light transmission (min 88% wavelength: 500 nm, thickness 3 mm). - Low price. - Low density (1.05). - Good chemical resistance and high rigidity. - UV-stabilised - remains colour constant for many years when used indoors. (On special request Polycasa PS sheets can be produced without UV-stabilisation. They then meet all current food contact legislation and can be used in contact with foodstuffs.) - Possibility of corona treatment - process to increase surface tension. (The result after corona treatment is a surface that is unchanged to the naked eye, but in fact is much more receptive to inks, coatings, and adhesives.) Polycasa PS sheets also combine the following excellent properties: - Excellent transparency. - Good surface hardness. - Good recyclability. - Low water absorption. APPLICATIONS - Picture frames. - Shower cabin doors (flat and curved). - Indoor glazing.

Description: HH 1600 is a high molecular weight, low melt flow, high heat crystal. Applications: - Foam disposables - Insulation board - OPS disposables Features: - High melt strength - High stiffness - FDA 21 CFR 177.1640

PrimeCast 101, a grey powder on polystyrene basis, is suited especially for investment casting due to its excellent dimensional accuracy and its low melting point. Laser-sintered parts made from PrimeCast 101 possess excellent material properties: - excellent dimensional accuracy - very high surface quality - good strength for use as lost pattern The typical application for PrimeCast 101 is the production of lost patterns for the plaster and ceramic shell casting process. The material is optimised for minimum residue ash content after burning-out. Another application for PrimeCast 101 is the production of master patterns for vacuum casting, herby it is advised to infiltrate the parts with e.g. epoxy resin.

SINPOLENE MBB1245 is a highly pigmented black polystyrene masterbatch suitable for use in the injection moulding and extrusion of polystyrene. SINPOLENE MBB1245 is delivered as free-flowing pellets for processing convenience. It is packed in 25 kg bags. The product should be stored in dry place. SINPOLENE MBB1245 has uniform dispersion and offers high colouring value.

Sinpolene MBW1465 is a polystyrene-based pure white masterbatch designed specifically for use in injection moulding and sheet extrusion of polystyrene. With its high pigment loading, Sinpolene MBW1465 offers high colouring value with excellent quality and performance. The blue undertone of this masterbatch is attributed by specially selected high performance, fine crystal size rutile titanium dioxide. Sinpolene MBW1465 is delivered as free flowing pellets for processing convenience. CHARACTERISTICS * Easy processing * Good dispersion * High opacifying power * Excellent whiteness

Technology: Selective Laser Sintering Windform® PS is a new polystyrene based material, developed specifically to produce complex investment casting patterns. The sintered patterns are ideal for conventional wax infiltration, and become easy to handle and finish. Windform® PS patterns are designed to work within regular rapid casting procedures, including autoclave and flash firing steps, low-temperature furnaces and vacuum plaster casting methods. Improved properties, compared to other polystyrene materials already available on the market, and that make the difference, are: - Improved surface quality and fine feature preservation - Reduced "curling" effect on the first layers - Very low ash content, therefore well suited for highly reactive alloys, such as Titanium, Aluminium, Magnesium, Steel and Nickel based alloys. Applications: - Complex investment casting patterns - Casting with highly reactive alloys, as well as conventional cast alloys The casting structure is formed from an aggregate of grains or polyhedral crystallites which produce isotropic compensation: it is obvious that isotropy has great advantages, for instance, FEM calculations are very close to the real behaviour of the part. Moreover, Rapid Casting with laser sintered patterns allows complete design freedom (no support structures are needed): thus reducing undercut and tool path problems during CNC machining. It's therefore possible to create the product along its mechanical stress axes, and to obtain a perfect reproduction of all details of the RP pattern, with tolerances and surface finishing of a very high quality (such as fully machined parts).