Falcon 1 1/4"FIP x 1” FIP with 1” ID Stainless Steel Water Flex Connectors
1 1/4" FIP x 1" FIP with 1" ID Water Flex Connectors
Professional-grade stainless steel flexible connectors designed for secure, corrosion-resistant water line connections in filtration systems and plumbing installations
Falcon stainless steel flex connectors provide a durable, leak-resistant connection between water filters, tanks, and plumbing fixtures where rigid pipe installation is impractical. Available in 12", 15", 18", and 24" lengths, these connectors feature 1 1/4" female iron pipe threads on one end, 1" female iron pipe threads on the other, and a 1" inner diameter corrugated stainless steel tube that flexes without kinking.
Technical Details
| Connection A | 1 1/4" Female Iron Pipe (FIP) |
| Connection B | 1" Female Iron Pipe (FIP) |
| Inner Diameter | 1" ID |
| Material | 304 Stainless Steel |
| Available Lengths | 12", 15", 18", 24" |
| Model Numbers | SWC-114X1X12, SWC-114X1X15, SWC-114X1X18, SWC-114X1X24 |
Where to Use
These Falcon flex connectors work with most residential and commercial water filtration systems, reverse osmosis units, water heaters, and plumbing fixtures that require flexible connections between 1 1/4" and 1" threaded ports. Choose your length based on the distance between connection points, allowing enough flex for installation and future service access without stretching the connector tight.
1 1/4" FIP x 1" FIP with 1" ID Water Flex Connectors
Professional-grade stainless steel flexible connectors designed for secure, corrosion-resistant water line connections in filtration systems and plumbing installations
Falcon stainless steel flex connectors provide a durable, leak-resistant connection between water filters, tanks, and plumbing fixtures where rigid pipe installation is impractical. Available in 12", 15", 18", and 24" lengths, these connectors feature 1 1/4" female iron pipe threads on one end, 1" female iron pipe threads on the other, and a 1" inner diameter corrugated stainless steel tube that flexes without kinking.
Technical Details
| Connection A | 1 1/4" Female Iron Pipe (FIP) |
| Connection B | 1" Female Iron Pipe (FIP) |
| Inner Diameter | 1" ID |
| Material | 304 Stainless Steel |
| Available Lengths | 12", 15", 18", 24" |
| Model Numbers | SWC-114X1X12, SWC-114X1X15, SWC-114X1X18, SWC-114X1X24 |
Where to Use
These Falcon flex connectors work with most residential and commercial water filtration systems, reverse osmosis units, water heaters, and plumbing fixtures that require flexible connections between 1 1/4" and 1" threaded ports. Choose your length based on the distance between connection points, allowing enough flex for installation and future service access without stretching the connector tight.
Original: $34.84
-65%$34.84
$12.19Description
1 1/4" FIP x 1" FIP with 1" ID Water Flex Connectors
Professional-grade stainless steel flexible connectors designed for secure, corrosion-resistant water line connections in filtration systems and plumbing installations
Falcon stainless steel flex connectors provide a durable, leak-resistant connection between water filters, tanks, and plumbing fixtures where rigid pipe installation is impractical. Available in 12", 15", 18", and 24" lengths, these connectors feature 1 1/4" female iron pipe threads on one end, 1" female iron pipe threads on the other, and a 1" inner diameter corrugated stainless steel tube that flexes without kinking.
Technical Details
| Connection A | 1 1/4" Female Iron Pipe (FIP) |
| Connection B | 1" Female Iron Pipe (FIP) |
| Inner Diameter | 1" ID |
| Material | 304 Stainless Steel |
| Available Lengths | 12", 15", 18", 24" |
| Model Numbers | SWC-114X1X12, SWC-114X1X15, SWC-114X1X18, SWC-114X1X24 |
Where to Use
These Falcon flex connectors work with most residential and commercial water filtration systems, reverse osmosis units, water heaters, and plumbing fixtures that require flexible connections between 1 1/4" and 1" threaded ports. Choose your length based on the distance between connection points, allowing enough flex for installation and future service access without stretching the connector tight.
