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Raw Material Molding
Inappropriate humidity directly causes molding failure. Low humidity reduces particle adhesion, leading to loose, crumbly products. High humidity causes material to stick to molds, resulting in uneven feeding, surface depressions, and deformation.
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Product Strength & Quality
Suitable humidity ensures product strength and stability. Low humidity yields weak bonding and loose texture, causing breakage during storage/transport. High humidity increases moisture content, reducing strength and promoting mold, clumping, and performance degradation.
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Equipment Operating Efficiency
Abnormal humidity increases machine load, reducing efficiency and accelerating wear. High humidity causes material sticking, requiring frequent cleaning and causing delays. Low humidity results in poor flowability and uneven feeding, leading to pressure fluctuations and abnormal noises.
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Production Management Difficulty
Humidity fluctuations complicate production management. Frequent parameter adjustments are needed, increasing operational difficulty and costs. Inconsistent humidity yields substandard products, wastes materials, disrupts production plans, and raises overall risk.
How Humidity Affects Briquette Press
2026-02-07
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Humidity is a key factor affecting briquetting operation and product quality. Proper humidity control ensures stable production, with specific effects detailed below:
