Georg Fischer iFIT Reducing Module
Georg Fischer iFIT Reducing Module
Bridging two different pipe size ranges has never been more straightforward. The Georg Fischer iFIT Reducing Module is a precision engineered push-fit connector built to create a secure, step down transition between pipes in the most demanding plumbing and HVAC environments, from marine vessels to large-scale commercial hot and cold water systems.
Manufactured from high-performance PPSU (Polyphenylsulfone), this fitting stands up to extreme temperatures, aggressive chemicals, and the relentless stress of high pressure networks without compromising structural integrity. Its push-fit assembly eliminates the need for specialised tools or adhesives, allowing technicians to achieve a reliable, leak free connection quickly and confidently, even in tight, hard-to-reach spaces.
When system downtime isn't an option, the iFIT Reducing Module delivers the durability and ease of installation professionals depend on.
Summary:
- Specialised plumbing and HVAC pipe fitting designed to create a secure, step down transition between two different pipe size ranges
- Manufactured from PPSU
- Push fit assembly
Applications:
Commonly used in demanding environments like marine plumbing, commercial building hot/cold water supply and HVAC networks
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Georg Fischer iFIT Reducing Module
Georg Fischer iFIT Reducing Module
Georg Fischer iFIT Reducing Module
Bridging two different pipe size ranges has never been more straightforward. The Georg Fischer iFIT Reducing Module is a precision engineered push-fit connector built to create a secure, step down transition between pipes in the most demanding plumbing and HVAC environments, from marine vessels to large-scale commercial hot and cold water systems.
Manufactured from high-performance PPSU (Polyphenylsulfone), this fitting stands up to extreme temperatures, aggressive chemicals, and the relentless stress of high pressure networks without compromising structural integrity. Its push-fit assembly eliminates the need for specialised tools or adhesives, allowing technicians to achieve a reliable, leak free connection quickly and confidently, even in tight, hard-to-reach spaces.
When system downtime isn't an option, the iFIT Reducing Module delivers the durability and ease of installation professionals depend on.
Summary:
- Specialised plumbing and HVAC pipe fitting designed to create a secure, step down transition between two different pipe size ranges
- Manufactured from PPSU
- Push fit assembly
Applications:
Commonly used in demanding environments like marine plumbing, commercial building hot/cold water supply and HVAC networks
Original: $14.90
-65%$14.90
$5.21Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Georg Fischer iFIT Reducing Module
Bridging two different pipe size ranges has never been more straightforward. The Georg Fischer iFIT Reducing Module is a precision engineered push-fit connector built to create a secure, step down transition between pipes in the most demanding plumbing and HVAC environments, from marine vessels to large-scale commercial hot and cold water systems.
Manufactured from high-performance PPSU (Polyphenylsulfone), this fitting stands up to extreme temperatures, aggressive chemicals, and the relentless stress of high pressure networks without compromising structural integrity. Its push-fit assembly eliminates the need for specialised tools or adhesives, allowing technicians to achieve a reliable, leak free connection quickly and confidently, even in tight, hard-to-reach spaces.
When system downtime isn't an option, the iFIT Reducing Module delivers the durability and ease of installation professionals depend on.
Summary:
- Specialised plumbing and HVAC pipe fitting designed to create a secure, step down transition between two different pipe size ranges
- Manufactured from PPSU
- Push fit assembly
Applications:
Commonly used in demanding environments like marine plumbing, commercial building hot/cold water supply and HVAC networks
