Polyscope, the world’s leading producer of styrene maleic anhydride co-polymers, has launched two new product grades with a lower molecular weight, to extend its existing portfolio of XIRAN® styrene maleic anhydride co-polymers.
Developed specifically to meet customer needs, the two new grades, XIRAN SZ25010 and XIRAN SZ40005 each have a significantly lower molecular weight compared to existing XIRAN grades. New product XIRAN SZ25010 has a Mw of 10,000 and XIRAN SZ40005 has a Mw as low as 5,000. In addition, the former grade (XIRAN SZ25010) has a 25% maleic anhydride content and the latter (XIRAN SZ40005) has an even higher maleic anhydride content of 42% for added functionality.
This brings a number of key benefits for formulators, including easy processability of adhesives; faster and more stable processing of composites; better and more durable colours in coating and paints; and better printing properties in paper, with a higher quality end-result in the print. XIRAN co-polymers with a low molecular weight are the products of choice in many applications where solutions with higher solids, lower viscosities, and excellent wetting and dispersion properties are required. Current and new applications which will benefit from these two new XIRAN grades include, amongst others, filler, tackifier and pigment dispersions, formaldehyde free binders, super-plasticizers for concrete, adhesion promoters, crosslinkers, and matting agents.
The two new low molecular weight grades are particularly suited for applications such as:
- Adhesive labels: to improve resistance to iced water (water repellence) and removability in caustic water; adhesion booster and for improved temperature resistance of can sealants.
- Composites: to improve cross linking, and as an alternative to formaldehyde cross linking systems, to improve adhesion among surfaces with different polarities; as wax emulsions to improve hydrophobicity of substrates.
- Coatings and paints: as pigment and filler dispersant to improve water repellence, color strength, Temperature resistance, pigment wetting, viscosity stability; as binder or crosslink agent to increase adhesion, alter polarity or function as matting agent.
- Paper: as sizing agent to improve water repellence, compatibility with additives, coefficient of friction, surface film and strength and dimensional stability, reduce linting and dusting in high ash papers.
By adding these two new products to its already broad XIRAN portfolio, Polyscope has further strengthened its position as the world’s premier supplier of styrene maleic anhydride, offering the broadest product range.
Patrick Meuzers, Managing Director at Polyscope B.V. says: “As experts in styrene maleic anhydride co-polymers and their chemistry, Polyscope is always ready to apply its in-depth know-how; by working in close collaboration with our clients, we are able to customize our XIRAN portfolio to fully meet their needs.” Mr. Meuzers adds: “We look forward to meeting – and exceeding – the future demands of customers in different industries and are ready to support them in their most challenging applications.”
Polyscope is the global leader in research, product development, production and supply of styrene maleic anhydride (SMA) copolymers, compounds and aqueous solutions. Polyscope offers a full spectrum of styrene maleic anhydride copolymers and compounds for engineering plastic and specialty chemical applications under the trade name XIRAN®. The XIRAN® neat resins have a very broad molar mass range and a broad maleic anhydride variation. For engineering plastics the SMA/ABS based compounds have varying impact modification levels and glass fiber content. For specialty polymers Polyscope offers low molecular weight XIRAN® neat resins and solutions that are chemically modified to meet customer needs.
A global customer base is supported from corporate headquarters and production in Geleen, The Netherlands, and with local compounding and contact manufacturing facilities, as well as sales & marketing support in Europe, North America, and Asia.
for more information Visit www.polyscope.eu