New Web Site to Showcase Innovative Fire Safety Technology

DuPont Fire Extinguishants has launched a new Web site designed to provide visitors with critical new product and technical information about the extensive portfolio of DuPont™ FE clean agent fire extinguishants.

In addition to state-of-the-art functionality and improved navigation, DuPont has added a “Uses and Applications” section, designed to help current and potential customers understand how the range of DuPont™ FE clean agent extinguishants addresses diverse fire protection needs across a number of industries, including: emergency response, motor sports, aerospace, semiconductor manufacturing, telecommunications, marine/boating, facility management, transportation and the arts, specifically museums and libraries. Other site features include:
· Extensive clean agent fire extinguishant product information;
· An enhanced press room;
· Environmental and regulatory information;
· Updated technical training materials.

DuPont™ FE clean agent fire extinguishants cease the combustion process through heat absorption and chemical interaction at a molecular level to extinguish fires quickly and minimize the damage caused by smoke and flames. They also can mitigate the effects of water fire suppression methods or dry chemical agents, which can be just as devastating as fire to sensitive electronic equipment, historical artifacts, or other objects and structures vulnerable to water or chemical damage. DuPont™ FE clean agent fire extinguishants are electrically non-conductive, non-corrosive and free of residue, making them ideal for effectively extinguishing fires – particularly in industries that rely heavily on technology, such as healthcare, financial services and manufacturing – and significantly reducing business downtime, data loss, damage to high-value equipment and personal injury.

DuPont™ FE clean agent fire extinguishants are an environmentally acceptable alternative to Halon. They can be used in new applications or replace Halon in existing systems with minimal system modifications.