Skip to content

Blending Cone

The Nol-Tec blending cone homogeneously blends dry materials in pneumatic transporters or atmospheric bins.

Specifications

To learn more about our Blending Cone, please review the specifications below. If you have additional questions, please feel free to hit the get in touch button below and someone from our team will follow-up promptly.

Standard Features:

  • Six air injection valve assemblies controlled by single solenoid valve for piston pulsing
  • Ceramic valve seat directs air into material at various angles
  • Abrasion-resistant urethane valve seal
  • Non-restrictive discharge valve with positive position indicator
  • Regulated air supply manifold; 2” pipe
  • Wear parts are replaceable without removing blending cone from position

OPTIONAL FEATURES:

  • Individual solenoid valves for aerator sequencing
  • Interior coatings and finishes
  • Stainless steel construction
  • Hazardous location design
  • Special mounting flange
  • Sanitary design(M357C)
  • High-temperature design
  • Electrical: 110-120V; 50-60Hz

SPECIFICATIONS:

  • Weight: 7 lbs per aerator valve; 175 lbs total
  • Compressed air: Clean and dry at 80 PSIG minimum
  • Electrical: 24 VDC
  • Temperature: 200° F

Resources

We have a vast knowledge base of research and hands-on experience that covers topics from market trends to complex dry bulk material handling challenges.

insights

Why the Nol-Tec Pneumatic Blender is Unique Compared to Other Pneumatic Blender Designs

LEARN MORE

Product Literature

How can we help?

Maybe you need a new system, an upgrade to an existing system, or a retrofit. Regardless of size, industry, or material, we are here to help you get your project and product moving.

Get in touch

Stay connected with Nol-Tec resources!

Receive industry insights, Nol-Tec news, client case studies, and more delivered straight to your inbox.

Thank you for subscribing!

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.
Read our response to COVID-19Learn More