Products

Doctor and roll cleaning blades are used to clean rolls and remove stock accumulations, water, pitch, and filler build-up.

Ceramic tip creping blades are a chip resistant option to provide longer life and stable performance for tissue machine productivity.

Blade holders position the doctor or roll cleaning blade firmly against the roll, accommodate roll surface irregularities, facilitate rapid blade changes, and, within limits, compensate for thermal expansion.

Roll polishers safely and effectively remove build-up from the roll surface. Each roll polisher is designed for a wide variety of applications and for porous roll surfaces that require specialized surface cleaning and conditioning.

The Varimatic oscillator is designed to move the doctor back and forth across the roll surface to enhance the effectiveness of blade cleaning and reduce build-up.

Doctor bearings make it possible to replace worn or damaged cam followers “on machine” without realignment of the doctor.

The Yankee dryer cleaner device is used to effectively and safely remove coating from the Yankee dryer surface in tissue production.

Mist eliminators are a unique system that incorporates standard paper machine components to thoroughly clean forming fabrics and, at the same time, eliminates mist that is often associated with high-pressure showering.

Stationary and oscillating showers provide an even full-width distribution of water for the showered surface.

High-performance pump skids are used to move fluid throughout the cleaning process.

Trim squirt technology helps minimize paper machine wet end sheet breaks. A pair of trim squirt nozzles are used to focus a high-pressure jet of water on either side of the web to trim the edges.

In-line pressure filters are used to remove contaminants from a process with high cleaning efficiency and low flow restrictions.

A forming system comprises of devices and equipment that support and remove the water throughout the development of the web of paper until it reaches a state that will allow it to transfer to a pressing stage. 

The Octopus™ stock approach system is a radial-type distributor that supplies forming devices (vats, hydraulic formers or headboxes) with uniform paper machine profiles across the width of the machine without the need for header balancing by recirculation.

Drainage structures are used to remove water during the papermaking process.

A vacuum control system provides efficient use of energy and precision control of the wet end dewatering process of a paper machine. 

Wear surfaces in paper forming are sometimes referred to as foil blades, forming blades, or drainage elements provide the support on the drainage structures in the forming and pressing sections of a paper machine.