PVC Shower Drain, 2"
Smith Cooper International # 03473400
PVC shower drain with stainless steel grid. |
Shower Drain, PVC 2"
Oatey # 42097
Receptor base design allows secondary drainage if leak occurs around strainer. Easy, trouble-free installation from inside of shower stall. Drain slips on for easy & secure installation. Base solvent welds over Schedule 40 DWV pipe for full flow. Integral pipe straps in base. With stainless steel strainer. Minimize or Learn More more... |
2 3" Brass Shower Drain
Oatey # 42404
Low profile for tight spaces. Designed for use on built up shower bases of tile or marble, where a shower pan liner is used. The clamping ring locking bolts screw into brass inserts to prevent stripping. Keyhole slots in the clamping ring allow it to beclamped without removing the bolts. Four weep holes in the drain assembly allow drainage from the pan liner. 2" IPS strainer barrel allows adjustment to the finished floor level. Solvent welds over 2" or inside 3" schedule 40 DWV pipe. Heavy duty 4" strainer. Minimize or Learn More more... |
2" Brass Shower Drain
Oatey # 42078
Designed for use with all preformed shower bases, fiberglass, acrylic, nylon, or metal. Solvent welds over 2" schedule 40 DWV pipe. Fiber and rubber gasket provides a tight seal to the base. Heavy-duty 4-1/4" polished brass strainer. The bottom is made of PVC pipe and the top is polished brass. Minimize or Learn More more... |
Low Profile Shower Drain, 2"
Oatey # 42213
4" diameter strainer plate. 2" IPS plastic tailpiece allows adjustment to desired finished level. Key hole slots in clamping collar allows clamping of membrane without removing bolts. Weep holes in clamping collar allow secondary drainage if leaks occuraround strainer. Fits over 2" or inside 3" Schedule 40 DWV. Minimize or Learn More more... |
No Caulk Drain, PVC 2"
Oatey # 42099
Designed for fiberglass shower stalls. Stainless steel 4-1/4" OD strainer, 2" Sch. 40 ABS or PVC pipe slips into fitting. Supplied with wrench for tightening compression nut and rubber gasket against pipe. Minimize or Learn More more... |