Flexible Connections and Expansion Joints
Showing all 4 results
-
Flexible Connections and Expansion Joints, Hydronic, Hydronic Accessories
Flex-Hose Bellowsflex
Flex-Hose Co.’s Bellowsflex metal bellows type expansion joints are designed for a wide range of
applications and service conditions
300 Stainless Steel (other heat and corrosion resistant alloys available)
Sizes: 2″ to 60″ I.D.
Bellowsflex can also besupplied with accessories such as tie rods, flow liners, and shroudsSKU: n/a -
Flexible Connections and Expansion Joints, Hydronic, Hydronic Accessories
Flex-Hose FlexZoerber
The Flexzorber NNS is an easy and economical way to control piping movement, vibration, and noise transmission
Materials: Neoprene with high strength nylon fabric reinforcement
Also available in EPDM
Sizes: Stock sizes 1.5″ to 20″ I.D.
The Flexzorber neoprene construction combined with high strength nylon fabric reinforcement
provides working pressures up to 225 PSI and service temperatures up to 220° F
The spherical design is self-cleaning and allows pressure to exert itself uniformly in all directions
Rotatable flanges accommodate easy installationSKU: n/a -
Flexible Connections and Expansion Joints, Hydronic, Hydronic Accessories
Flex-Hose Pumpsaver
Used to prevent damage to pumps caused by piping
stress.
Pumpsaver connectors also absorb vibration, accommodate
misalignment, and reduce noise in pump installations
Materials: Stainless steel or bronze
Sizes: 1/2″ to 14″ I.D.SKU: n/a -
Flexible Connections and Expansion Joints, Hydronic, Hydronic Accessories
Flex-Hose Tri-Flex Loop
Flex-Hose Co.’spatented Tri-Flex Loop makes a world of difference in critical piping
connections. It is designed to provide a superior flexible pipe loop
that will absorb and compensate multi-plane pipe movements
simultaneously as well as reduce piping stress
Materials:Stainless Steel or Bronze (other alloys and styles available)
Sizes:1/2″ to 14″ I.D. (Stock sizes1/2″ to 4″)
It is the safest and most reliable means of absorbing up to 8 inches of movement resulting from
thermal changes, random seismic shifts, and misalignment in a piping systemSKU: n/a
