Merit Brass 4016-7200 Stainless Steel Pipe Nipple Sch 40

Product Description

The MERIT BRASS 4016-7200 is a stainless steel pipe nipple rated for 1 inch pipe in Schedule 40 wall thickness. Constructed from Grade 304/304L stainless steel using a welded fabrication method, this nipple is built for corrosion resistance in demanding fluid and gas piping systems. The dual-grade 304/304L designation makes it suitable for both standard and low-carbon applications where post-weld corrosion resistance is a concern. At 9.29 pounds, this is a solid, production-grade fitting intended for professional piping installations across plumbing, HVAC, and industrial process work.

This nipple fits standard 1 inch Schedule 40 piping systems in residential and commercial applications. It is commonly used in water supply, steam, and process piping where stainless steel is specified for hygiene, pressure, or corrosion requirements. Licensed plumbers and pipefitters are the typical installers, particularly in environments where carbon steel or brass fittings are not appropriate due to chemical exposure or sanitary code requirements.

Key Features

• Grade 304/304L stainless steel construction for broad corrosion resistance
• Welded fabrication method for consistent wall integrity
• Schedule 40 wall thickness for standard pressure-rated applications
• 1 inch nominal pipe size for compatibility with standard threaded pipe systems
• Dual-grade material designation supports use in post-welded assemblies without additional annealing

Compatibility

Designed as an OEM-style replacement and standard fitting for 1 inch Schedule 40 threaded stainless steel piping systems.

Installation Notes

Installation is typically performed by a licensed plumber or pipefitter following applicable IPC or IFGC code requirements. Shut off and depressurize the piping system before removing or installing any threaded fitting. Use appropriate thread sealant rated for stainless steel and the conveyed media. Avoid overtightening, which can stress welded fittings and compromise thread integrity.