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The Valmet Optical Consistency Measurement employs multiple optical fiber channels, a single light source and optimized probe designs to deliver reliable consistency measurements. There are no electronics or other sensitive components within the probe, making it resistant to high temperatures, pressure and vibrations.

Known for its accuracy, reliability and ease of use, the Valmet OC family of solutions are fully optimized for specific applications. All solutions measure total consistency (0 – 12%), with the Valmet OC2R and Valmet OC2W providing an additional, independent ash measurement from 0 to 10%.

The Valmet OC2R offers the possibility to measure ash in recycled pulp, as well as general stock preparation applications in paper, tissue and board, opening new possibilities for greater control of stock preparation processes.

The Valmet OC2W is designed for stock preparation’s short circulation applications in paper, tissue, and board machines. The cost-effective inline consistency measurement is especially suitable for wet end process monitorin

Valmet has designed and engineered an optimum set of tools to control consistency in any application. Over 70 years of research and development, including independent verification and levering a fully TAPPI-standardized lab, stand behind every solution. Consistency transmitters are developed especially for pulp and paper processes aiming to provide reliable, accurate, and durable sensors that tolerate process disturbances and harsh conditions. Valmet’s consistency portfolio covers all the pulp and paper applications; from chemical pulp mill digester to dryer machine and repulper, to paper, board, and tissue machine pope reeler.

The Valmet Microwave Consistency Measurement (Valmet MCA) delivers reliable total consistency measurement for a wide range of process controls independent of flow rate or fiber type.

The rotating sensor solution has been a preferred choice for numerous applications in pulp and paper mills for decades. As the industry evolves to meet new sustainability and economic demands, processes must be able to run at maximum production capacity.

The Valmet Rotary technology helps you meet your fiber consistency requirements immediately. Pulp mills with high temperatures, for example, benefit from the long life of the robust sensor structure and component selection. The Valmet Rotary can be installed to pipe sections where other shear force sensors cannot work.

The strong motor ensures trouble-free startup and reliable mixing in unfavorable process conditions. A complete range of sensing elements across the entire measurement range secures near universal application of Valmet Rotary.

Valmet’s solution responds rapidly to consistency variations, helping you stay in control of your optimum operating window. After process disruptions, you can be back on-spec faster than ever.

Search instead for Pap-Tech Pulp Consistency Transmitter, For Industrials discription
AI OverviewThe Pap-Tech Pulp Consistency Transmitter is an industrial-grade, stainless steel sensor designed for accurate, real-time fiber concentration measurement in paper mills ( range). It offers high-stability shear-force sensing, often featuring a robust, no-moving-parts blade design to withstand harsh environments, with 4-20mA output

A Paper Mill Consistency Transmitter is a specialized online instrument designed to measure and control the fiber concentration (consistency) of pulp suspensions, typically ranging from 0.5% to 16%. Essential for optimizing paper quality (GSM control) and reducing raw material waste, these devices use technologies like shear force (rotating/blade), optical, or microwave sensors to provide real-time, reliable data in harsh, high-pressure environments

An optical consistency transmitter is an inline industrial instrument used primarily in the pulp and paper industry to measure the concentration of fiber (consistency) in low-consistency applications (). It utilizes light scattering or absorption principles to provide real-time, accurate, and reliable data, enabling tight control of wet-end chemistry and fiber management

A rotating consistency transmitter is a high-precision, in-line sensor used in pulp and paper manufacturing to measure fiber consistency (1.5–16%) by measuring shear forces. It utilizes a motor-driven impeller rotating in the pulp to measure torque, which correlates to viscosity and pulp consistency. Key features include high sensitivity, fast response times, and the ability to install/remove the unit while the process is running.

Microwave consistency sensors in paper mills, such as the ABB KPM KC7 or Valmet MCA, provide precise, real-time measurements of total pulp consistency (0–16% Cs) by measuring microwave propagation (phase shift/attenuation) through the fiber-filler slurry. These non-invasive, solid-state sensors operate independent of fiber length, color, or flow rate, requiring minimal maintenance.

Valmet Blade Consistency Measurement (Valmet SP) is the most used consistency measurement worldwide. With decades of experience and proven performance built-in, the Valmet SP offers accuracy, reliability and the longest lifetime.

A consistency transmitter is an industrial device used primarily in pulp and paper manufacturing to measure the fiber concentration (thickness) of pulp suspensions in real-time. These sensors, often using shear force, optical, or microwave technology, provide crucial data (usually  to  consistency) to optimize process efficiency, save raw materials, and maintain end-product quality.

A Moving Blade Consistency Transmitter is an in-line pulp and paper sensor that measures fiber consistency (usually 1.5–8%) using an active, oscillating blade to determine shear force. Unlike static blades, this moving sensor creates its own motion, reducing sensitivity to pulp flow variations and fiber velocity, making it ideal for high-consistency or unstable flow applications.

A Static Blade Consistency Transmitter is a robust, in-line instrument used primarily in the pulp and paper industry to measure fiber concentration (consistency) in pulp suspensions. It utilizes a static sensing blade to measure shear force caused by fiber networks, providing reliable, low-maintenance measurement with no moving parts, typically for consistency ranges of 1–16%

An electronic consistency transmitter is an industrial device used primarily in pulp and paper manufacturing to measure the percentage of fiber (concentration) in a slurry, typically ranging from . They utilize sensors to measure shear force, optical reflectance, or moving blades, providing real-time data to optimize process control, improve quality, and reduce raw material wastage