VJX Series Rotary Airlock Valves

Applications

In addition to offering better performance and reliability, the Kice VJX airlock comes with fewer maintenance requirements, reduced downtime and lower overall operating costs compared to other airlock valves on the market.

Standard features

Our patented bearing cartridge design bolts to the endplate for ease of assembly and maintenance.
VJX airlocks are designed to comply with NFPA 69 criteria as a passive isolation device.
The maintenance-free Teflon® seal includes triple quad-ring seals to protect bearings from product contamination. There are no packing seals to tighten or replace.
VJX airlocks can be interchanged with existing Kice airlock models.
The heavy-duty, rigid motor mount comes with an idler sprocket drive system.

Custom Features

Tamar seals for VJX airlocks are available in standard and nonstandard sizes. Customers may opt to include air purges and predictive maintenance sensors. The sensors deliver notifications when they detect that the sealant needs to be replenished.
Trailing edges relieved (TER) is a process that machines the back side of the rotor tips and sides to a 45-degree angle, reducing the surface area of the tip and lessening the chance of an airlock binding when handling sticky products.
Inlet plows are standard on Kice cast-iron valves. This creates a scissor action as each rotor blade enters the housing, reducing the likelihood that a piece of product will bind an airlock in the nip point.
Kice rotors on all valves are cast iron and precision-machined to match each valve body for efficient performance and long life. Rotors have open ends and are full depth. Eight blades come standard.
Bolt-on rotor tips are available in an assortment of different materials depending on the material being handled. AR steel tips can be used for abrasive material. Flexible urethane tips can be used for fibrous materials that may choke a valve.
Special clearances between the rotor blades and the housing are engineered for specific temperature and product concerns.
Square and round inlets and outlets are available on most Kice airlock models.
Shallow-depth rotors are available for precision flow control.
Coating and plating such as hard chrome, nickel and Teflon® can be applied to machined surfaces inside Kice airlocks to meet special product requirements.
Bolt-on pans are used with drop-through style airlocks that feed pneumatic conveying lines.
Air purge seals are available on outboard-bearing airlocks to help keep product away from bearings.
Kice surge hoppers are used on the inlets of airlocks that feed pneumatic conveying lines. They provide a clear path for airlock bypass air to leave the product stream relatively slowly without carrying product with it. Surge hoppers are available as round or square units depending on the application.
Tamar shaft-sealing technology provides zero-leakage protection and easy sealant change-out while equipment is running. With no fragile faces, springs or breakable components in the seal cartridge, Tamar seals come with reduced maintenance requirements and an extended service life.
Inlet shunts are used to keep product out of the nip point, the area where the rotor enters the housing.