Poly-Cam, Inc. products

The POLY-CAM Steel Pulling heads are a single eye construction rated to the safe pulling strength of the pipe installed. The design of the Pulling Heads allow them to be fully pressure rated and sealed not to allow drilling fluids and other contaminates . In addition Poly-Cam offers a female threaded port for ease of pressing the line after the pull. The POLY-CAM Threaded Transition Adaptors is a multi-level mechanical transition fitting, protected under patent number 5,211,429, which is hydraulically compressed unto the polyethylene or pipe quality copolymer material.

The POLY-CAM Steel Pulling heads are a single eye construction rated to the safe pulling strength of the pipe installed. The design of the Pulling Heads allow them to be fully pressure rated and sealed not to allow drilling fluids and other contaminates . In addition Poly-Cam offers a female threaded port for ease of pressing the line after the pull. The POLY-CAM Threaded Transition Adaptors is a multi-level mechanical transition fitting, protected under patent number 5,211,429, which is hydraulically compressed unto the polyethylene or pipe quality copolymer material.

The POLY-CAM Threaded Transition Adaptor is a multi-level mechanical transition fitting, protected under patent number 5,211,429, which is hydraulically compressed unto the polyethylene or pipe quality copolymer material.

The POLY-CAM AGS Groove Transition Adaptors is a multi-level mechanical transition fitting, protected under patent number 5,211,429, which is hydraulically compressed unto the polyethylene or pipe quality copolymer material.

The POLY-CAM Threaded Transition Adaptors is a multi-level mechanical transition fitting, protected under patent number 5,211,429, which is hydraulically compressed unto the polyethylene or pipe quality copolymer material.

Nominal Size : .5. Exposed PE Pipe O.D. : 1. Exposed SDR11 PE Pipe I.D. : ~0.50. Pressed SDR11 PE Pipe I.D.  : 0.667. Coupling O.D : 0.84. Exposed PE Pipe Length . : 1.6. Coupling Length : 4.4. Overall Length : 6. Thread Length : 0.64.

The female tapping saddle is a barbed, mechanical design which is hydraulically compressed into the polyethylene or pipe quality copolymer material. A stainless steel compression ring is added to ensure maximum pullout strength. This low-profile heavy-duty design allows the corporation stops or valves a secure connection to the outside wall of the HDPE pipe. The tapping saddle can be installed with standard side fusion equipment. The female threaded coupling outlet is pressed into various base pipe sizes ranging from 1.5”-4” and the base can be machined to the radius needed for the main size for fusing to the main at the jobsite.

The transition fitting consists of a two-piece construction. The electrofusion branch saddle and the fitting are joined together by hydraulically pressing the fitting into the HDPE electrofusion branch saddle and reinforcing it with a steel compression ring. The steel fitting portion of the transition fitting is machined with a multi-level barb system that provides a leak-free radial compressed joint. The low-profile, heavy-duty design allows the corporation stop a secure connection to the outside wall of the HDPE pipe.

Fused into wall of the pipe. Low profile. Heater Plate Adapters mate with McElroy, T.D. Williams, Central, Cristy fusing machines. Available in a size range of .5` - 2` in Brass, 303 Stainless Steel, or 316Stainless Steel materials

The POLY-CAM threaded transition is a multi-level mechanical transition fitting. The polyethylene or pipe-quality copolymer material are hydraulically compressed into the transition fitting. Relaxation of the pipe creates a seal to prevent leakage. Under pressure, the internal pressure within the pipe increases the sealing surface area on the barb. Under zero internal pressure, the compression and tensional strain created by the compression of the multi-level barbs are greater than the stress created by relaxation and/or thermal expansion and contraction. As the internal pressure increases, the connection between the pipe material and transition fitting increases.