Rescobond AA-22S that is subjected to hydrostatic testing should be heated to about 650ºF (343oC) throughout the thickness of the lining. Testing has shown that unheated Rescobond AA-22S can lose up to 1.0 cc loss in erosion when subjected to hydrostatic testing environments.

Rescobond AA-22S that is subjected to hydrostatic testing should be heated to about 650ºF (343oC) throughout the thickness of the lining. Testing has shown that unheated Rescobond AA-22S can lose up to 1.0 cc loss in erosion when subjected to hydrostatic testing environments.

Rescobond AA-22S that is subjected to hydrostatic testing should be heated to about 650ºF (343oC) throughout the thickness of the lining. Testing has shown that unheated Rescobond AA-22S can lose up to 1.0 cc loss in erosion when subjected to hydrostatic testing environments.

Rescobond AA-22S that is subjected to hydrostatic testing should be heated to about 650ºF (343oC) throughout the thickness of the lining. Testing has shown that unheated Rescobond AA-22S can lose up to 1.0 cc loss in erosion when subjected to hydrostatic testing environments.

Rescobond AA-22S that is subjected to hydrostatic testing should be heated to about 650ºF (343oC) throughout the thickness of the lining. Testing has shown that unheated Rescobond AA-22S can lose up to 1.0 cc loss in erosion when subjected to hydrostatic testing environments.