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Stainless Steel Push In Fittings

316 Stainless Steel Push-In Fittings for Washdown and Food-Production Areas

316 stainless-steel push-in fittings provide corrosion-resistant pneumatic tube connections for demanding production environments, particularly where equipment is exposed to washdown or where stainless components are preferred.

The source range is manufactured entirely from 316 stainless steel, uses FKM fluoroelastomer sealing rings and is electropolished. These features make the fittings well suited to food-production machinery and other clean industrial applications.

Download Stainless Steel Fittings Datasheet

Stainless Push-In Fitting Specifications

  • Body: 316 stainless steel
  • Release collar: 316 stainless steel
  • Grip collet: 316 stainless steel
  • Seal ring: FKM fluoroelastomer
  • Surface: Electropolished
  • Maximum pressure: 290 psi

Key Benefits

  • 316 stainless-steel construction throughout the fitting
  • Electropolished surface
  • FKM sealing ring
  • Maximum pressure listed at 290 psi
  • Suitable for machinery washdown environments
  • Push-to-connect tube installation

Common Applications

  • Food-production machinery
  • Beverage equipment
  • Washdown automation
  • Packaging machinery
  • Pharmaceutical and clean-process equipment
  • Corrosive industrial environments

Frequently Asked Questions

What material are these fittings made from?

The source description lists 316 stainless steel for the body, release collar and grip collet.

What seal material is used?

FKM fluoroelastomer is listed.

Are the fittings electropolished?

Yes.

What maximum pressure is listed?

290 psi.

Why use stainless-steel push-in fittings?

They are useful where corrosion resistance, washdown tolerance and stainless construction are important.

Are they suitable for food-production equipment?

The source category specifically identifies food-production areas as a common application.

Can the tubing be disconnected?

Yes. Push-in fittings are designed for removable tube connections when the circuit is safely depressurized.

How do I choose the correct fitting?

Match tube size, thread type, geometry, pressure, temperature and media compatibility.

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