Round inlet adapters and square-to-round outlet transitions are available to adapt for round connections.
For abrasive applications, all models of Hayes & Stolz Diverter Valves can be furnished with abrasion resistant liners at impact points and wear areas. Standard lining materials are 1/4” polyurethane, 3/8” ceramic-chip-embedded polyurethane or 1/4" ceramic hex tiles. Wear areas can also be manufactured of A/R (abrasion resistant) steel for prolonged life.
All Hayes & Stolz Diverter Valves can be furnished with position indicating limit switches.
Hayes & Stolz standard control panels for Diverter Valves consist of a NEMA 4 enclosure with selector switch for outlet selection and indicator lights to indicate the valve position.
For environments where potential explosion hazards exist, electrical components can be furnished with Class II Group G ratings.
Hayes & Stolz Diverter Valves can be furnished of mild steel, stainless steel or galvanized construction.
Mild steel units, manufactured entirely of mild steel, will have the complete exterior painted with an industrial polyurethane topcoat (standard color is SW Pillar White) over rust inhibitive primer.
Stainless steel units provide stainless steel bodies and internal product contact surfaces. The stainless steel exterior can be unpainted or painted with an industrial polyurethane topcoat (standard color is SW Pillar White) over stainless-compatible primer.
When galvanized construction is specified all fabricated components will be of mild steel construction and hot-dip galvanized per ASTM A123 specifications prior to assembly.
Hayes & Stolz has extensive knowledge of numerous material handling applications for many industries and is uniquely qualified to design and manufacture Custom Valves with the right features and options to satisfy most any requirement.
Hayes & Stolz is not just an equipment manufacturer. We Deliver Solutions. Contact a qualified Hayes & Stolz Sales Engineer to discuss custom designs of Hayes & Stolz Distributors to meet your specific needs.