HONEYWELL AM100-UT-1 AM100-UT-1 1/2"IPS UNION LEAD FREE AM-1 MIXING

1/2"IPS UNION LEAD FREE AM-1 MIXING

Anchor your air duct system with the Honeywell AM100-UT-1 1/2" - IPS Union Lead Free. Featuring a 1/2" I.D. x 1" MIP connection and a mixing tee, this piece is useful for many purposes such as a return air vent line configuration and indoor air plenum expansion to a primary air distribution system. Its lightweight materials and corrosion resistant qualities make it ideal for use with metal clad flexible ducting options.

Honeywell AM100-UT-1 Am-1 lead free brass union mixing valve provides two flow directions to either a hydrant or tank, valving and piping for fire department (F.D.) applications. Bypass line through hydrant or tank may be used to supply water to firefighting equipment, such as monitors and sprinklers. Stem design assures positive sealing to schrader valve.

Honeywell's 1/2" IPS Union is a Lead Free fitting that features a union connection in which fluid flows into the piping system, then to another branch or connection. The union is for use with flexible and rigid PVC plumbing systems.

The AM-1 mixing fitting is an adaptable valve which features a 90° straight outlet. It can be used for general pipe threading and conduit connections.

Honeywell's Union Connections for 1-1/2"IPS Sanitary Sweat fittings are Lead Free and meet the requirements of NSF-61. Totally Lead Free is Honeywell's way of ensuring that no detectable lead will ever be in contact with any part of our product. All of our products are subject to random testing throughout the manufacturing process, and will be restricted from sale if failed testing occurs.

HONEYWELL AM100-UT-1 is designed for Polyurethane Foam sprays, and it is an ideal Sprayer. This AM100-UT-1 Sprayer will be able to spray 1/2" IPS hole wall application, for Interior and Exterior applications. It has a flexible hose that is 1/4" IPS.

The AM-1 mixer has several features: The straight-through mixing rod configuration and one-piece integral structure ensure stable mixing. Since the blade and the inner cylinder always remain in contact, the bonding force between them is strong. There is no screw thread between the spiral blade and the cylinder, so material can pass through smoothly and quickly. If you are operating at high speeds, it is easy to get uniformity even if you mix thick materials such as quasi-plastics, hot melts, or fusible alloys.