SV Series Valves

SV01S

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SET (San-ei Tech)

Spray Valve

The SV01S is a precision coating spray valve specifically designed to handle high viscosity materials without overspraying. It can apply materials with a viscosity as high as 30,000 mPa·s, making it ideally suited for applications involving silicon, UV adhesive, or grease. The valve's design provides a precise coating while preventing the splattering that can occur when dispensing these types of fluids. Different nozzles and air caps can be used with the valve to optimize the spray pattern for each specific application. Additionally, the fluid feeding part of the stainless steel valve is passivation treated.

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Features

  • High Viscosity Capability - Can apply materials with a viscosity as high as 30,000 mPa·s.
  • Splatter-Free Coating - Designed to provide a precise coating without the overspraying or splattering common to high viscosity fluids.
  • Optimized Spray Pattern - Different types of nozzles and air caps can be used with the valve to optimize the spray pattern.
  • Durable Construction - The valve body and wetted parts are primarily constructed from SUS303 stainless steel with a Teflon® needle packing.
  • Passivation Treated - The fluid feeding part of the stainless steel valve is passivation treated.

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Specifications
Item Specification
Dimensions 1.06" (φ26.9 mm) Diameter × 4.13" (105 mm) Length
Weight 11.0 oz (312 g)
Wetted Materials 303 Stainless Steel (Needle & Body), PTFE (Packing)
Non-Wetted Materials 303 Stainless Steel (Cylinder & Cap)
Fluid Inlet Thread 1/8 NPT Female
Air Inlet Threads (Valve & Nozzle) M5 × 0.8 Female
Mounting M6 × 1.0 Tapped Hole
Valve Operating Air Pressure 60 – 90 psi (0.4 – 0.62 MPa)
Atomizing Air Pressure Up to 72 psi (0.5 MPa)
Max. Fluid Pressure 102 psi (0.7 MPa)
Nozzle Diameter Options 0.016" (0.4 mm), 0.027" (0.7 mm), 0.046" (1.17 mm)

How the Valve Operates

Air pressure retracts the needle from the nozzle seat, allowing fluid to flow. Simultaneously, nozzle air flows around the nozzle to atomize the fluid into fine droplets (Figure 1). When the cycle completes, the spring returns the piston needle to its seated position, shutting off fluid flow (Figure 2).

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