Chemraz? 505/504/510

Features and Benefits ? Broad chemical compatibility for use with a wide range of harsh solutions ? Lower compression set provides better ability to handle temperature and pressure variations, shaft misalignment, and o-ring shrinkage ? Low-temperature capabilities (-22°F/-30°C)

Chemraz? 526

RGD, also known as explosive de- compression, is a phenomenon that often occurs when high-pressure gas molecules migrate into an elastomer at a compressed state. When the pressure surrounding the elastomer is suddenly released, the compressed gas inside the elastomer tries to expand and exit the elastomer, thus causing RGD. Most elastomers expe- rience severe blistering or cracking when the forces of these expanding gases overcome the strength of the surrounding material. However, Chemraz 526? offers superior RGD properties and the broadest chemical compatibility, e.g., better resistance to sour gas, acids, caustics, hot water, and steam.

Chemraz? 555/605/600

With its broad chemical resistance, Chemraz? 555, a perfluoroelastomer, is ideally suited for challenging fluid handling applications. Chemraz? 555 provides a significantly wider operational band and superior compression set resistance than any other broad range perfluoroelastomer on the market. With an upper temperature limit of 600°F (316°C), Chemraz? 555 is the elastomer of choice for the most demanding services found in the chemical process and refining industries and semiconductor SubFabs.

Chemraz? 584/585

Chemraz? 585, a perfluoroelastomer, is a specialty cream compound formulated to outlast the most demanding chemical process applications. With its outstanding overall chemical resistance, Chemraz? 585 is the elastomer of choice for strong oxidation fluids and hot aqueous solutions. Its recommended temperature range is -22°F to 428°F (-30°C to 220°C).

G-T?環

The unique G-T? Ring provides a compact, double-acting seal for use in new designs or existing applications where o-rings are failing. The G-T? Ring can be retrofitted into standard grooves designed for o-rings with one, two, or no back-ups.