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Tips for the Transportation and Use of Defoamers
Release Date:
2022-02-15
Defoamers are primarily suited for defoaming and foam suppression in aqueous systems across industries such as chemicals, electroplating, textile dyeing and printing, papermaking, pharmaceuticals, water-based inks, ceramic slitting, steel‑plate cleaning, aluminum processing, various wastewater‑treatment applications, and numerous other industrial sectors, thereby optimizing the utilization of resources and products.
Defoamers are primarily used in chemical processing, electroplating, textile dyeing and printing, papermaking, pharmaceuticals, water-based inks, ceramic slitting, steel‑plate cleaning, aluminum processing, various wastewater‑treatment applications, and other industrial water‑based systems to eliminate foam and suppress foam formation, thereby optimizing resource utilization and product performance. Water‑based defoamers are formulated from dimethyl silicone oil, precipitated silica, emulsifiers, and other ingredients, and are produced via emulsification technology to yield a stable, emulsion‑type, dispersible defoaming agent. All raw materials and manufacturing processes are non‑toxic, and the product exhibits rapid dispersion, quick defoaming, long‑lasting foam suppression, and excellent stability without layering; accordingly, water‑based defoamers enjoy a broad market outlook.
Storage and transportation methods for defoamers:
1. Transportation: Handle with care; avoid impacts and drops; do not expose to direct sunlight or rain.
2. Storage: Store in a cool, well-ventilated place and use within the shelf life.
Five key considerations for using defoamers:
1. Stir thoroughly: Before use, dilute the emulsion appropriately, then stir well to ensure uniformity.
2. Short-term use: To ensure the defoamer’s concentration and effectiveness, it is necessary to use up the defoamer within a short period.
3. Prevention of frost and high temperatures: Defoamers may experience performance degradation under conditions of frost and high temperature.
4. Avoid vibration: Strong vibrations can compromise the stability of the defoamer.
5. Appropriate viscosity: Maintain an appropriate viscosity to fully leverage the performance of the defoamer.
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