Acid, Waste & Drain Polypropylene Fittings
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Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield electro fusion fittings are molded with an integral resistance wire in the socket, with jointing completed by energizing the resistance wire via a microprocessor controlled Enfusion Control Unit. The result of these innovations is an unparalleled level of joint reliability and repeatability. Enfield has proven over time that it produces the optimum level of performance where it matters most - at the joint interface. It offers unprecedented control of jointing - controlled fit, controlled temperature and controlled time.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.
Enfield® electro fusion fittings have revolutionized the industry, delivering unparalleled reliability in acid waste applications, above and below grade. With Enfield® electro fusion fittings, a heavy-gauge resistance wire made of chrome / nickel alloy is integrally molded into the socket using a proprietary injection molding process. The wire is heated by a microprocessor controlled fusion control unit, which creates a high-integrity bond between the pipe and fitting in a matter of minutes.