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Reed's drill-powered chamfer tool attaches to an electric or cordless drill (not included) to deburr and chamfer both the inner and outer diameters of plastic pipe such as PVC, CPVC, ABS and PE. Plastic pipe joints fit best with a chamfer and Reed's PB series tools create a smooth, consistent 15° chamfer in seconds. Reed's drill-powered chamfer tools are available in a kit consisting of 2", 3" and 4" sizes in a job site quality case or individually by size.
Reed's drill-powered chamfer tool attaches to an electric or cordless drill (not included) to deburr and chamfer both the inner and outer diameters of plastic pipe such as PVC, CPVC, ABS and PE. Plastic pipe joints fit best with a chamfer and Reed's PB series tools create a smooth, consistent 15° chamfer in seconds. Reed's drill-powered chamfer tools are available in a kit consisting of 2", 3" and 4" sizes in a job site quality case or individually by size.
Reed's drill-powered chamfer tool attaches to an electric or cordless drill (not included) to deburr and chamfer both the inner and outer diameters of plastic pipe such as PVC, CPVC, ABS and PE. Plastic pipe joints fit best with a chamfer and Reed's PB series tools create a smooth, consistent 15° chamfer in seconds. Reed's drill-powered chamfer tools are available in a kit consisting of 2", 3" and 4" sizes in a job site quality case or individually by size.
Reed's drill-powered chamfer tool attaches to an electric or cordless drill (not included) to deburr and chamfer both the inner and outer diameters of plastic pipe such as PVC, CPVC, ABS and PE. Plastic pipe joints fit best with a chamfer and Reed's PB series tools create a smooth, consistent 15° chamfer in seconds. Reed's drill-powered chamfer tools are available in a kit consisting of 2", 3" and 4" sizes in a job site quality case or individually by size.
Reed offers the best designed tools for stopping flow in ½" up to 8" PE pipe. Different models handle a wide range of pipe sizes and applications. Sliding bar handles make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a controlled, low-effort squeeze. Grease fittings at friction points make operation smoother and extend tool life. Aluminum bars are anodized or painted for protection from the elements. All PE squeeze-off tools use positive stops to prevent damage caused by over-clamping. Multiple size/SDR settings on one pair of stops provide quick, convenient over-squeeze protection for standard pipe sizes.
Reed offers the best designed tools for stopping flow in ½" up to 8" PE pipe. Different models handle a wide range of pipe sizes and applications. Sliding bar handles make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a controlled, low-effort squeeze. Grease fittings at friction points make operation smoother and extend tool life. Aluminum bars are anodized or painted for protection from the elements. All PE squeeze-off tools use positive stops to prevent damage caused by over-clamping. Multiple size/SDR settings on one pair of stops provide quick, convenient over-squeeze protection for standard pipe sizes.
Reed offers the best designed tools for stopping flow in ½" up to 8" PE pipe. Different models handle a wide range of pipe sizes and applications. Sliding bar handles make work in tight places easier and increase leverage for tightening. Fine-pitched thread on feed screw allows for a controlled, low-effort squeeze. Grease fittings at friction points make operation smoother and extend tool life. Aluminum bars are anodized or painted for protection from the elements. All PE squeeze-off tools use positive stops to prevent damage caused by over-clamping. Multiple size/SDR settings on one pair of stops provide quick, convenient over-squeeze protection for standard pipe sizes.
PE Scraper prepares the outside diameter of PE pipe for electrofusion by removing the oxidized layer and contaminates. Spring-loaded blade keeps consistent pressure on the pipe for a smooth finished surface. This blade tension means the blade does not skip. PE Scraper can be used on the edge of the pipe or anywhere along the pipe with sufficient clearance for turning the tool around the pipe.
PE Scraper prepares the outside diameter of PE pipe for electrofusion by removing the oxidized layer and contaminates. Spring-loaded blade keeps consistent pressure on the pipe for a smooth finished surface. This blade tension means the blade does not skip. PE Scraper can be used on the edge of the pipe or anywhere along the pipe with sufficient clearance for turning the tool around the pipe.
PE Scraper prepares the outside diameter of PE pipe for electrofusion by removing the oxidized layer and contaminates. Spring-loaded blade keeps consistent pressure on the pipe for a smooth finished surface. This blade tension means the blade does not skip. PE Scraper can be used on the edge of the pipe or anywhere along the pipe with sufficient clearance for turning the tool around the pipe.
PE Water Service Shut-Off Tool is designed for emergency shut-off of PE water services. Front end of shut-off tool features a snap hinge device that can be taken apart quickly to allow work in confined areas. Knurled grip catches and holds the pipe. Open end has latch to hold tool closed until the repair is made. Shut-off tool is zinc-plated for corrosion resistance.
Smooth tongue-and-groove action makes these the most effective pliers on the market for one-hand operation. Patented rib prevents finger pinching. Forged from high quality, high carbon steel and fully heat-treated for long life.
Smooth tongue-and-groove action makes these the most effective pliers on the market for one-hand operation. Patented rib prevents finger pinching. Forged from high quality, high carbon steel and fully heat-treated for long life.
Reed's PLAS Hand-over-Hand Rotary™ Cutters excel at cutting 4" to 12" (106 - 335 mm) diameter PVC or PE pipe in-trench or above ground. They feature attached handles which permit fast hand-turning. With the cutter around the pipe, the operator turns it for one revolution, feeds the cut-off blade closer to the pipe, and continues turning/feeding as needed. These OH models require 11" (280 mm) clearance. Attached handles mean there is no need to reposition a handle after each turn, compared to a regular PLAS model. Plus, the built-in handle convenience equals no loose parts.
Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Each PLAS cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. For PVC pipe, the long-lasting carbide-tipped blades penetrate up to a 2" wall thickness. For PE pipe, Reed developed a hardened, tool steel blade. The engineered blade tip drives chips out of the way, making PE cuts easy to accomplish. PLAS in-line rotary cutters can retrofit from PVC to PE or vice versa with alternative cutter blades. ** PLAS cutters will cut PVC and PE pipe. Specific limitations for PE are as follows: 2" (38.1mm) wall thickness PE - up to 12" pipe.
Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Each PLAS cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. For PVC pipe, the long-lasting carbide-tipped blades penetrate up to a 2" wall thickness. For PE pipe, Reed developed a hardened, tool steel blade. The engineered blade tip drives chips out of the way, making PE cuts easy to accomplish. PLAS in-line rotary cutters can retrofit from PVC to PE or vice versa with alternative cutter blades. ** PLAS cutters will cut PVC and PE pipe. Specific limitations for PE are as follows: 2" (38.1mm) wall thickness PE - up to 12" pipe.
PLAS In-Line Rotary™ Cutters are excellent for cutting PVC or PE pipe in trench or above ground. Each PLAS rotary cutter needs just 6" to 8" (153 - 203 mm) clearance around the pipe, making them easy to operate in trench and with lower prep costs. Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Carbide-tipped blades for PVC are long-lasting and penetrate up to a 2 wall thickness. Each PVC cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. In addition, Reed has developed a hardened, tool steel blade to cut PE pipe. The curved blade drives chips out of the way, making PE cuts much easier. PLAS In-Line Rotary Cutters can retrofit for PE by purchasing PLASPEB blade #94485 separately.
PLAS In-Line Rotary™ Cutters are excellent for cutting PVC or PE pipe in trench or above ground. Each PLAS rotary cutter needs just 6" to 8" (153 - 203 mm) clearance around the pipe, making them easy to operate in trench and with lower prep costs. Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Carbide-tipped blades for PVC are long-lasting and penetrate up to a 2 wall thickness. Each PVC cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. In addition, Reed has developed a hardened, tool steel blade to cut PE pipe. The curved blade drives chips out of the way, making PE cuts much easier. PLAS In-Line Rotary Cutters can retrofit for PE by purchasing PLASPEB blade #94485 separately.
PLAS In-Line Rotary™ Cutters are excellent for cutting PVC or PE pipe in trench or above ground. Each PLAS rotary cutter needs just 6" to 8" (153 - 203 mm) clearance around the pipe, making them easy to operate in trench and with lower prep costs. Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Carbide-tipped blades for PVC are long-lasting and penetrate up to a 2 wall thickness. Each PVC cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. In addition, Reed has developed a hardened, tool steel blade to cut PE pipe. The curved blade drives chips out of the way, making PE cuts much easier. PLAS In-Line Rotary Cutters can retrofit for PE by purchasing PLASPEB blade #94485 separately.
PLAS In-Line Rotary™ Cutters are excellent for cutting PVC or PE pipe in trench or above ground. Each PLAS rotary cutter needs just 6" to 8" (153 - 203 mm) clearance around the pipe, making them easy to operate in trench and with lower prep costs. Outboard rollers keep the cutter aligned on pipe, ensuring a square cut every time. Carbide-tipped blades for PVC are long-lasting and penetrate up to a 2 wall thickness. Each PVC cutter also can produce, in-line with the cut, a 15° bevel on both sides of the cut. In addition, Reed has developed a hardened, tool steel blade to cut PE pipe. The curved blade drives chips out of the way, making PE cuts much easier. PLAS In-Line Rotary Cutters can retrofit for PE by purchasing PLASPEB blade #94485 separately.
Reed's PLAS In-Line Rotary™ Cutters may be used for a variety of cutting needs.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
For Gasketed Pipe: The Plastic Pipe Joiner can connect and separate 4" - 16" IPS and cast iron size gasketed pipe. Components required for joining gasketed pipe include the Plastic Pipe Joiner (PPJ) and V-shaped saddles (PPJVS). Gasketed pipe is found in underground work such as utility work, among other places. For Solvent Cement Connections: The Plastic Pipe Joiner connects solvent cement joints on all pipe schedules, IPS, and water pipe from 4" - 12". For solvent cement connections, individually sized saddles must be ordered together with the Plastic Pipe Joiner (PPJ) and the plastic pipe joiner fitting attachment (PPJFA). PPJFA is only used for branch attachments. Solvent cement joining occurs at places such as processing plants, water treatment facilities and industrial locations, among other applications.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.
NOTE: Connection saddles for gasketed pipe (PPJVS) or solvent cement connections (Plastic Pipe Joiner Saddles) must be purchased separately.