Integrity Fusion Products has been known for their impressive product line of Electrofusion fittings since their start in 2007. Now, the IntegriFuse Electrofusion line continues to grow to include even more innovative products than ever before!
Electrofusion of HDPE uses electrofusion fittings which have small copper wires imbedded within the interior of the fitting. Electric current is then run through those wires using an electrofusion processor (click our equipment page our industry-leading I Fuse 105 Electrofusion Processor) creating heat, and in turn melting the HDPE on the inside of the fitting and the outside of the pipe creating a homogenous bond and leak free joint.
All IntegriFuse Electrofusion fittings must be installed by a qualified and experienced technician.
Electrofusion Coupler
- Improved technology eliminating the need for pre-heating procedures
- Utilizes higher Amperage (105A) to create more heat, allowing the pipe to expand to help reduce any gaps between pipe and coupler
- Higher amperage allows for larger gaps to start fusion process
- Higher amperage also results in deeper melt penetration
- Wider fusion zones for increased surface melt
- Wider cold zones allowing for more flexibility in pipe stab depth
- fittings created with traceability bar codes
- All couplers through 54″ are injection molded (not fabricated out of pipe or billet as other brands)
- Pop up melt indicators
- Cooling time listed on coupler indicates when the fitting joint can be fully pressure tested, eliminating the need for guesswork
- Backed by 30+ years of experience in designing, developing and producing electrofusion fittings & equipment with strict quality management standards
- FM Approved
- AWWA C906 NSF/ANSI 61
- Manufactured in accordance to ASTM F1055
SDR 11 IPS Sizes 1″ to 48″
SDR 11 DIPS Sizes 4″ to 48″
SDR 11 CTS Sizes .5″ to .75″
SDR 7 IPS Sizes 2″ to 24″
SDR 17 IPS Sizes 22″ to 54″
SDR 26 IPS Sizes 28″ to 54″
Branch Saddles
Water – 200 PSI (ASTM) / 232 PSI (ISO) | Gas – 100 PSI @ 73° F Sustainable Maximum Operating Pressure
Designed for use on IPS SDR 11 to SDR 17 HDPE Pipe
Manufactured in accordance to ASTM F1055
Threaded Branch Saddles
Water – 200 PSI (ASTM) / 232 PSI (ISO) | @ 73° F Sustainable Maximum Operating Pressure
Designed for use on IPS SDR 11 to SDR 17 HDPE Pipe
Manufactured in accordance to ASTM F1055
Electrofusion 90° Elbow
Water – 200 PSI (ASTM) / 232 PSI (ISO) | Gas – 100 PSI @ 73° F Sustainable Maximum Operating Pressure
Suitable for use on IPS SDR 11 to SDR 17 HDPE Pipe
Manufactured in accordance to ASTM F1055
Electrofusion 45° Elbows
Water – 200 PSI (ASTM) / 232 PSI (ISO) | Gas – 100 PSI @ 73° F Sustainable Maximum Operating Pressure
Designed for use on IPS SDR 11 to SDR 17 HDPE Pipe
Manufactured in accordance to ASTM F1055
Electrofusion Equal Tee
Water – 200 PSI (ASTM) / 232 PSI (ISO) | Gas – 100 PSI @ 73° F Sustainable Maximum Operating Pressure
Designed for use on IPS SDR 11 to SDR 17 HDPE Pipe
Manufactured in accordance to ASTM F1055
Electrofusion Reducer
Water – 200 PSI (ASTM) / 232 PSI (ISO) | Gas – 100 PSI @ 73° F Sustainable Maximum Operating Pressure
Designed for use on IPS SDR 11 to SDR 17 HDPE Pipe Only
Manufactured in accordance to ASTM F1055
Flex Restraint
Size ranges: 6” IPS/DIPS – 10” IPS/DIPS fusible to SDR 7 – SDR 17
12” IPS/DIPS – 63” IPS fusible to SDR 7 to SDR 32.5
Manufactured in accordance to ASTM F1055
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