Quick Clean Orifice Gate Handling Pharmaceutical Powders

A Vortex Quick Clean Orifice Gate met all of the customer’s requirements. The Quick Clean Orifice Gate was specifically designed for applications requiring daily sanitation of equipment.

Aggregate Diverters Handling Industrial Sand

Application: Divert industrial sand from a bucket elevator into three storage tanks at a railcar unloading/truck loading station.

Titan Lined Diverter Handling Sinter Dust

This diverter is constructed from galvanized steel to protect it from potential corrosion, as it is installed in a coastal environment with salty air.

Vortex Seal Tite Diverters Handling Pet Food Kibble

The Vortex® Seal Tite Diverter™ is designed so that the leading edge of the blade actuates into a recessed area.

Aggregate Gates Handling Construction Sand

These Vortex Aggregate Gates were installed in spring 2007. To date, no maintenance has been performed on any of the gates.

TLD Diverter Handling Iron Ore Fines

Vortex Titan Slide Gates Handle Sulfur Prill

Vortex Titan Slide Gates (TSGs) are designed to meet the most demanding applications when handling heavy-duty, abrasive materials.

Gravity Vee Diverter Handling Clay & Limestone

The Vortex Gravity Vee Diverter replaces an existing bucket-style diverter. The material handled cakes & builds up when wet, the bucket diverter was constantly binding up & was difficult to clean.

Mega Valves Help Generate Coal-Fired Energy

Since the company's founding in 1977, Vortex has taken pride in creating unique, standardized valve designs by applying in-depth knowledge of dry bulk solids.

Gravity Vee Diverter Handling Trona Ore

The Vortex Titan Gravity Vee Diverter features a dual cylinder design where pneumatic cylinders are located on either side of the outlet instead of one cylinder at the end of the gate.

Roller Gates Handling Dry Grains in Whiskey Distillery

Three Roller Gates are installed outdoors below a screw conveyor. They are installed at different points along the conveyor, serving as gates above three separate silos.

Seal Tite Diverter Handling Metallic Powders

Provide a diverter capable of sealing fine metal powders

Vortex Roller Gate Provides Solution for UK Flour Mill

The client’s particular process uses Vortex Roller Gates to isolate silos from an ongoing conveyor.

Seal Tite Diverter Handling Paper Towel and Toilet Paper Rolls

The diverters are handling end cuts and off-spec rolls created during the paper product manufacturing process. The majority of rolls are conveyed vertically through the “straight-through” channel.

Handling Synthetic Slag Premix with the Titan Slide Gate

Twelve Vortex Titan Slide Gates were specified for this synthetic slag blending facility. The gates are manufactured with abrasive resistant steel inlet liners and blades to address wear.

Vortex Loading Spout Handling Fertilizer

This Vortex retractable loading spout is being used at a barge transload facility to convey finished fertilizers

Iris Valve Handling Pharmaceutical Pellets

Vortex manufacturers Iris Valves with many different options to accommodate specific application needs. In this application, a pharmaceutical company discharges pills from a tote unloading station.

Aggregate Diverter Handling Metal Alloy

The client is routing 2 in | 50 mm pieces of abrasive alloy. This Vortex Aggregate Diverter is specifically designed to address abrasion and material impact.

Wye Line Diverter Handling Dry Leaf Tea

Tea and coffee merchants, Taylors of Harrogate, recruited Vortex Global to assist in improving a tea transfer system at its North Yorkshire plant in the United Kingdom.

Vortex Ship Loading Spouts Handling Grain

In-line filter designed to capture fugitive dusts and reintroduce dusts into the load material speed control module attached to bottom of in-line filter.

Maintenance Gate Handling Titanium Metal Powder

Vortex enjoys working with customers to provide problem-solving products for their specific needs. This 4” round “Keeper” Maintenance Gate is the smallest we have manufactured in this product line.