M2 Polymer Technologies Inc. products
Water Sorbents
M² Polymer Waste Lock - Model 770 - Waste Solidification Polymer
Waste Lock® 770 is a solid, granular Superabsorbent Polymer (SAP). This cross-linked polyacrylate material swells and absorbs many times its weight in aqueous solutions. Waste Lock® 770 polymers have been engineered to absorb under pressure and have properties that make it ideally suited for the absorption and solidification of low level radioactive waste (LLRW) and other types of industrial waste solidification & stabilization applications.
M² Polymer Waste Lock - Model PAM - Water Absorbent Co-Polymer
These forms of the well-known Waste Lock® Superabsorbent Polymers are a co-polymer blend of Acrylate and Acrylamide. They are designed to withstand highly salty (ionic) conditions better than many acrylate homo-polymer Super Absorbents.
M² Polymer Waste Lock - Laminated Spill Absorbent Fabric Rolls
Laminated spill absorbent fabric rolls for absorbing free liquids or condensate in drums, boxes, trays or inter-modal containers. These super absorbent fabric rolls can be used in a variety of industries.
M² Polymer Waste Lock - Leak and Spill Absorbent Socks
M² Polymer Technologies offers several styles of high-performance, custom superabsorbent polymer socks to meet nearly any need and any technical specification. Beside the traditional “Sausage Style” sock, we offer two, unique leak & spill absorbent sock alternatives — The “Skinny Sock” and the “Teabag”.
M² Polymer MediSAP - Super Absorbent Polymers for Medical Waste
The properties of blood and medical waste are complicated, and it is often difficult to effectively bind these types of liquids due to high viscosities and the frequent presence of proteinaceous matter. The MediSAP™ superabsorbent polymers are prepared by a unique chemical process of emulsion polymerization whereby the final product is made of tiny spherical particles that — when viewed under an SEM microscope — contain a myriad of channels. These channels provide a large particulate void volume and a means by which water and large molecules can be rapidly absorbed.
