Max Brass Push Water Filter Kit
Related Products:
SharkBite Max water filter kit contains all the necessary fittings to connect a water filter. The male adapter slip feature allows for an extra two inches of rigid copper or CPVC pipe to be cut out of an existing line for a more flexible installation. To install, simply thread the slip male adapter onto either the inlet or outlet side of the filtration system and thread the male adapter on the opposite side. Use the slip feature to slide the assembly onto one side of the pipe and use the Disconnect Clip to slide back to the other end of pipe. Fittings are compatible with copper and CPVC pipe only. No special tools, crimping, glue or soldering is needed. Ideal for working in tight spaces - can be rotated for easier and faster installation.
Kit Includes:
(1) SharkBite Max Slip Male Connector
(1) SharkBite Max Male Connector
(1) Disconnect Clip
Features and benefits:
- Fastest way to connect copper or CPVC
- Half the insertion effort, double the burst pressure.**
- Can be installed on wet lines and pressure tested immediately.
- Stainless steel retainer adds strength and durability.
- High-performance DZR lead-free brass body.
- No special tools, crimping, soldering or glue required.
- Can be rotated after installation.
- Rated to 200°F and 250 psi.
- 25-year warranty when properly installed on PEX, copper, CPVC and PE-RT.
- 5-year warranty when properly installed with HDPE SDR-9.
- Can be easily removed using a disconnect clip, disconnect tongs or pro disconnect tool.
**Comparison relates to 1st generation SharkBite push-to-connect products.
SKU | Pipe Size | Material | Lead Free |
---|---|---|---|
UR25561 | 3/4 in. x 3/4 in. MNPT | DZR Brass |
Approvals & Listings
- ASSE 1061
- CSA B125.3
- NSF/ANSI 14
- NSF/ANSI/CAN 372
- ASTM E84
- CAN/ULC S102.2
- UL 263
- ASTM E119
- CAN/ULC S102
Connect Copper and CPVC pipe in any combination.
Fittings require half the insertion effort for smoother and faster connections.**
Stainless-steel collar allows fittings to withstand 2x the burst pressure.**