Industries
Moisture Measurement by Industry
Purpose-built solutions for the world's most demanding industrial moisture control applications.
Starch & Corn Deep Processing
Starch products are highly hygroscopic, and moisture swings directly affect drying efficiency, storage stability, and finished product qualification. Online NIR monitoring helps plants replace delayed manual checks with real-time control at the dryer discharge, screw conveyor, or packaging stage.
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Dough Sheet / Dried Noodle
In dough-sheet and dried-noodle production, moisture balance directly affects texture, drying uniformity, crack resistance, and storage safety. Online moisture measurement helps operators keep the drying curve steadier through forming, tunnel drying, and final conditioning without relying only on delayed lab checks or operator judgement.
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Calcium Carbonate
In nano calcium carbonate production, moisture directly affects whiteness, drying cost, anti-caking performance, and downstream handling. Online NIR monitoring helps plants avoid both over-drying and excess residual moisture while keeping the drying process closer to target.
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Baking Soda
Baking-soda production can face large moisture variation and slow conventional testing. Online NIR measurement gives plants a faster way to track sodium bicarbonate moisture continuously instead of waiting many hours for an offline result.
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Soda Ash
Soda ash is a hygroscopic powder that gradually absorbs moisture from air and tends to cake during storage and handling. Online moisture monitoring helps plants improve visibility into drying and final powder condition before downstream transfer and packaging.
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Ceramics & Mineral Powders
Ceramic powder production depends on stable evaporation and particle formation during spray drying. Inline moisture monitoring helps reduce hollow particles, stabilize granule structure, and improve green body quality before pressing and firing.
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PVC Additives & Fine Chemicals
In PVC additive production, residual moisture directly influences powder quality, drying efficiency, dust emission, and downstream storage safety. Online NIR moisture monitoring can replace delayed manual checks with continuous feedback, helping manufacturers hold a tighter moisture band while reducing excessive drying and operator workload.
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Sand, Sinter Mix & Building Materials
Washed sand, sinter mix, wood fiber, and similar bulk materials all need better moisture visibility to protect mixing accuracy, sintering efficiency, board quality, or drying safety. Inline monitoring helps operators adjust faster than periodic sampling can.
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Rubber Additives
Rubber additive projects show how inline moisture measurement can replace repeated manual checks in flash drying and secondary airflow drying. Better endpoint control improves powder stability while reducing solvent exposure, emissions, and unnecessary over-drying.
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Dextrin
In dextrin production, moisture directly affects gelatinization behavior, reaction efficiency, product color, solubility, viscosity, and storage stability. Online moisture monitoring helps plants keep the process window tighter through thermal conversion and final drying.
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Wood Fiber & Board Raw Materials
For board manufacturing, moisture before pressing is a critical quality variable. Overly wet fiber can deform later boards, while material that is too dry increases brittleness and cracking risk. Inline monitoring helps keep raw material moisture inside the right window before pressing.
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Viscose Staple Fiber
Moisture regain is one of the most important indicators in viscose staple fiber production, affecting production guidance, quality control, and trade settlement. Inline detection helps stabilize fiber moisture after drying and reduces manual workload.
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Sinter Mix
In metallurgical sintering, moisture is one of the most tightly controlled process parameters. Too little moisture weakens granulation and bed permeability, while too much moisture harms airflow and sintering efficiency. Online monitoring acts as the eye of the water-control system.
View SolutionWashed Sand & Concrete Aggregates
Real water addition in concrete must account for the moisture already contained in sand and aggregates. Because sand moisture changes with weather and season, online measurement helps batching plants keep concrete performance stable without repeated manual checks.
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Dye & Pigment Intermediates
Dye and pigment intermediates are an important fine-chemical branch where drying cost and process efficiency matter. Online NIR moisture measurement helps reduce unnecessary drying cost and improve production efficiency in cleaner, more modern intermediate production.
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Sand & Glass Fiber
Sand and glass fiber applications share one core issue: moisture is a central production parameter that must be dynamically controlled. For sand, it changes process choice, screening, and dewatering cost. For glass fiber, it affects fiber formation stability and batching accuracy, while traditional oven checks are too slow.
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Carbon Black Production
In carbon-black production, residual moisture directly affects drying efficiency, powder dispersion, storage stability, and packaging safety. Online moisture measurement helps operators control the drying endpoint more consistently, reduce caking risk, and protect downstream handling quality.
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Polyacrylamide Production
In polyacrylamide production, moisture affects reaction rate, molecular-weight control, and drying efficiency. After polymerization, wet PAM must be dried to a controlled final range; online monitoring helps plants reduce energy use while protecting product consistency.
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