BROOKFIELD, CT, July 17, 2007 -- CULTEC Inc., a manufacturer of plastic chambers used in stormwater retention/detention management systems and septic applications, has launched a redesigned website (www.cultec.com), which provides a general overview of stormwater and septic management as well as detailed information about the company's systems and applications.
The site is divided into two major sections -- stormwater management and septic systems. Each explains the importance of controlling stormwater run-off or sewage treatment and disposal in both commercial and residential applications. Furthermore, the site details how the components of CULTEC systems work together to provide an environmentally-friendly, efficient and cost-effective alternative to conventional methods.
Other features of the website include a distributor locator, a calendar of events and trade shows, and a full product catalog. There is also a case study section where visitors can download printable PDF files with information on real-life applications. Additionally, CULTEC's online stormwater design calculators aid engineers and developers in calculating their own stormwater management systems. The Microsoft Excel-based program allows users to input job-specific requirements and site constraints that result in automatically proposed chamber bed layouts. These electronic or hard-copy documents can then be incorporated into design documentation packages.
CULTEC Inc., headquartered in Brookfield, Connecticut, is a national manufacturer of plastic chambers used in subsurface retention/detention stormwater management systems and septic applications. In addition, CULTEC has designed its own manifold and water quality systems to complement its product line. CULTEC currently offers the largest variety of sizes and types of products of any chamber manufacturer. The company's Recharger® and Contactor® chambers are used extensively in Clean Water Act applications, and utilize high-density polyethylene material, a patented interlocking rib connection and fully-formed endwall to achieve long life and durability.
###
