Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.
Insert transition fittings minimize any stress problems found with metal-to-plastic piping system transitions. The CPVC and brass or stainless steel ends compensate for the expansion and contraction variations between materials.