Polypropylene Pipe
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The PolyPure® Natural Polypropylene System provides a cost effective alternative for a system up to 4" (110mm). PolyPure® pipe is cleanroom produced. Fittings and valves are also produced in a class 100 cleanroom, then hot DI rinsed and individually packaged. PolyPure® is available in both butt and socket fusion.
The PolyPure® Natural Polypropylene System provides a cost effective alternative for a system up to 4" (110mm). PolyPure® pipe is cleanroom produced. Fittings and valves are also produced in a class 100 cleanroom, then hot DI rinsed and individually packaged. PolyPure® is available in both butt and socket fusion.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
High purity Sani-Tech Tubing is virtually crevice free sanitary connections used for PVDF polypropylene tubing. The tubing material is specialized for high purity applications; it minimizes particulate accumulation, and reduces the potential for the formation of biofilms bacterial adhesion. The material cannot become entrapped; because of this, the possibility of bacterial growth and contamination is virtually eliminated. It is completely cleanable and minimizes the clean-in-place (CIP) cycle.The Smooth Inner Bore (S.I.B.) is state-of-the-art connective technology for sanitary piping system construction. The S.I.B. also reduces pressure loss due to friction and improves over-all system hydraulics. The smooth interior surface of the weld eliminates all beads, crevices and intrusion into the fluid stream. Sani-Tech high purity tubing can be used in systems meeting FDA, USDA, 3A, USP Class VI and NSF requirements. Typical applications for the tubing include: pharmaceutical, biotechnology, D.I. water, semi conductor, and food/beverage industry. Sani-tech high purity tubing is available in KYnar® PVDF and polypropylene.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.
Proven in the field for more than 20 years, Enpure high-purity polypropylene piping systems eliminate the potential for contamination during the conveyance of ultra-pure liquids in facilities such as industrial, hospital and university laboratories, as well as electronics, pharmaceutical and cosmetics manufacturing plants. Enpure high-purity pipe is manufactured from FDA-approved, natural, virgin polypropylene and copolymer that can handle corrosive liquids at temperatures from 0°-200°F. Because Enpure components are designed as an integrated socket fusion system, no contaminants are created in joining, and making connections as clean as any other part of the system. A comprehensive range of pipe, valves and fittings is available in Schedule 40 and Schedule 80 nominal bore sizes from ¼-4. On a pressurized application, threaded connections should not be used. Under no circumstances should Enpure be pressure tested with compressed air or other comprehensible gases.