Fluorotherm Polymers, Inc.
Parsippany, NJ 07054
Heat Exchangers optimize efficacy with hybrid frame design.
Designed for use in pickling and temperature control of acid baths in steel, pipe, wire, and galvanizing industries, Fluorotherm® hybrid frame heat exchangers suit ultrapure and aggressive chemical heating/cooling. Hybrid design eliminates flat surfacesÂ- where salts can settle, and surface energy of materials of construction inhibit particle build up. As between-tube spacing...
Read More »Fluoropolymer Tubing has thermally conductive design.
Available in round cross section in various sizes, thermally conductive FEP and PFA tubes can be used for heat dissipation or cooling in acidic or other chemically aggressive environments. Conductivity approaches that of steel, and construction withstands temperatures as high as 310°F as well as pressures up to 60 psig. Also available in custom profiles, chemical-resistant tubing can also...
Read More »
Heat Shrinkable Tubing comes in FEP and PFA materials.
Available in 1, 2, and 3 ft lengths and in fractional ID sizes of 3/8, 7/16, Â-½, 5/8, and ¾ in., FEP and PFA Heat Shrinkable tubing has upper use temperature of 400°F. Product is corrosion resistant, protecting covered parts from chemical attack and mechanical damage. Seamless jacket is clear, electrically insulating, and anti-stick with optimal weathering properties....
Read More »Fluorotherm Expands Fluoropolymer Tubing Varieties and Applications
Fluoropolymer Load Bearing Rods, Customized Coils, Dual FEP Tubing, Scent Opera, Fluoro Store Parsippany, NJ - As a leading manufacturer of fluoropolymer tubing products made of PTFE, FEP, PFA, ETFE, PVDF, and MFA, among others, Fluorotherm receives numerous questions about suitability for use in a variety of applications. Some of these questions are about ultrapure requirements, UV resistance or...
Read More »
Heat Exchangers feature thermally conductive H2 and FEP tubing.
Enhancing heat transfer rate for cooling and heating applications, thermally conductive H2 PFA and FEP fluoropolymer tubing has been integrated into Fluorotherm heat exchangers. Tubing composition has been optimized to provide best combination of thermal conductivity and strength while retaining basic non-stick property of fluoropolymers. Heat exchangers suit applications in steel, metal...
Read More »Load Bearing Rods are corrosion-resistant.
Corrosion-resistant, load-bearing metal rods feature complete encapsulation in PTFE, FEP, and PFA and can be used in temperatures up to 400°F. They allow PTFE or other adapter of appropriate configuration to be placed over encapsulated rod to be used as points of support. Chemical-resistant products are constructed to bear up to 700 lb loads in nitric, hydrofluoric, hydrochloric, and...
Read More »Immersion Coil Heat Exchangers are offered with PVDF frame.
PVDF frame Immersion Coil Heat Exchangers feature standard tubing coils consisting of either FEP for use with steam pressures up to 30 psig or PFA tubing, which is rated up to 60 psig. Corrosion resistant products are suited for use in cases where tank or bath temperatures exceed 150° F, and can operate up to temperatures of 210° F.
Read More »Heat Shrink Tubing tolerates temperatures up to 400°F.
High-temperature, corrosion-resistant FEP heat shrink tubing protects covered parts from chemical attack and mechanical damage. Product's seamless jacket is clear, electrically insulating, anti-stick, and offers resistance to weathering. Tubing is available in standard lengths of 1, 2, 4, and 8 ft and will be available in fractional sizes of 3/8, 7/16, Â-½, 5/8, and ¾ in.
Read More »Increased Capacity of Shell & Tube Heat Exchangers from Fluorotherm Polymers
Increased Capacity of Shell & Tube Heat Exchangers from Fluorotherm Polymers Fluorotherm has successfully developed and installed multiple fluoropolymer coil shell and tube heat exchangers with significant increase in the heat transfer surface area from 12 sq.ft (1.1 sq.mt) to 55 sq.ft (5.1 sq.mt). Tubing is available in FEP, PFA, High Purity PFA and PTFE materials. Popular shell side materials...
Read More »Heat Exchangers optimize efficacy with hybrid frame design.
Designed for use in pickling and temperature control of acid baths in steel, pipe, wire, and galvanizing industries, Fluorotherm® hybrid frame heat exchangers suit ultrapure and aggressive chemical heating/cooling. Hybrid design eliminates flat surfacesÂ- where salts can settle, and surface energy of materials of construction inhibit particle build up. As between-tube spacing...
Read More »Fluoropolymer Tubing has thermally conductive design.
Available in round cross section in various sizes, thermally conductive FEP and PFA tubes can be used for heat dissipation or cooling in acidic or other chemically aggressive environments. Conductivity approaches that of steel, and construction withstands temperatures as high as 310°F as well as pressures up to 60 psig. Also available in custom profiles, chemical-resistant tubing can also...
Read More »
Heat Shrinkable Tubing comes in FEP and PFA materials.
Available in 1, 2, and 3 ft lengths and in fractional ID sizes of 3/8, 7/16, Â-½, 5/8, and ¾ in., FEP and PFA Heat Shrinkable tubing has upper use temperature of 400°F. Product is corrosion resistant, protecting covered parts from chemical attack and mechanical damage. Seamless jacket is clear, electrically insulating, and anti-stick with optimal weathering properties....
Read More »Fluorotherm Expands Fluoropolymer Tubing Varieties and Applications
Fluoropolymer Load Bearing Rods, Customized Coils, Dual FEP Tubing, Scent Opera, Fluoro Store Parsippany, NJ - As a leading manufacturer of fluoropolymer tubing products made of PTFE, FEP, PFA, ETFE, PVDF, and MFA, among others, Fluorotherm receives numerous questions about suitability for use in a variety of applications. Some of these questions are about ultrapure requirements, UV resistance or...
Read More »
Heat Exchangers feature thermally conductive H2 and FEP tubing.
Enhancing heat transfer rate for cooling and heating applications, thermally conductive H2 PFA and FEP fluoropolymer tubing has been integrated into Fluorotherm heat exchangers. Tubing composition has been optimized to provide best combination of thermal conductivity and strength while retaining basic non-stick property of fluoropolymers. Heat exchangers suit applications in steel, metal...
Read More »Load Bearing Rods are corrosion-resistant.
Corrosion-resistant, load-bearing metal rods feature complete encapsulation in PTFE, FEP, and PFA and can be used in temperatures up to 400°F. They allow PTFE or other adapter of appropriate configuration to be placed over encapsulated rod to be used as points of support. Chemical-resistant products are constructed to bear up to 700 lb loads in nitric, hydrofluoric, hydrochloric, and...
Read More »Immersion Coil Heat Exchangers are offered with PVDF frame.
PVDF frame Immersion Coil Heat Exchangers feature standard tubing coils consisting of either FEP for use with steam pressures up to 30 psig or PFA tubing, which is rated up to 60 psig. Corrosion resistant products are suited for use in cases where tank or bath temperatures exceed 150° F, and can operate up to temperatures of 210° F.
Read More »Heat Shrink Tubing tolerates temperatures up to 400°F.
High-temperature, corrosion-resistant FEP heat shrink tubing protects covered parts from chemical attack and mechanical damage. Product's seamless jacket is clear, electrically insulating, anti-stick, and offers resistance to weathering. Tubing is available in standard lengths of 1, 2, 4, and 8 ft and will be available in fractional sizes of 3/8, 7/16, Â-½, 5/8, and ¾ in.
Read More »Increased Capacity of Shell & Tube Heat Exchangers from Fluorotherm Polymers
Increased Capacity of Shell & Tube Heat Exchangers from Fluorotherm Polymers Fluorotherm has successfully developed and installed multiple fluoropolymer coil shell and tube heat exchangers with significant increase in the heat transfer surface area from 12 sq.ft (1.1 sq.mt) to 55 sq.ft (5.1 sq.mt). Tubing is available in FEP, PFA, High Purity PFA and PTFE materials. Popular shell side materials...
Read More »