OSCAR gel-type modified starch offers the following advantages for calcium chloride desiccants:
🔒 Locks in Moisture & Prevents Leakage
Rapidly transforms liquid calcium chloride into a stable gel, significantly reduce the risk of leakage.
⚡ Enhanced Moisture Absorption
The formulation aids the moisture absorption of the calcium chloride desiccant.
🔥 Prevents Re-release (Resistant to Re-wetting at High Temperatures)
Firmly traps moisture after absorption; the resulting gel is robust and holds its shape under pressure, preventing moisture from leaking back out.
🛡️ Grade 0 Mold Resistance
Effectively overcomes the common issue of mold growth and degradation in humid environments, achieving a Grade 0 mold resistance rating.
📦 Easy Disposal
The material remains stable after gelling, making it much easier to handle and dispose of compared to liquid forms.
📦 Maintains Stable Solid State
The material retains its stable gel-block form after absorbing water, remaining immobile throughout the entire service life. This enhances packaging stability and simplifies disposal.
Application Advantages of OSCAR Gel-Type Modified Starch in Calcium Chloride Desiccant:
🔒 Water Locking & Leak Resistance
Converts liquid calcium chloride into a gel-like state, significantly reducing the risk of leakage.
⚡ Synergistic Moisture Absorption
Formulated to work synergistically with the desiccant to enhance overall moisture absorption performance.
🔥 Back-Seepage Resistance (Less prone to moisture return at high temperatures)
Locks in moisture after absorption; the resulting gel is resilient and pressure-resistant, effectively inhibiting back-seepage.
🛡️ Grade 0 Mold Resistance
Mitigates the common issue of mold growth and degradation in humid environments, exhibiting excellent mold resistance.
📦 Convenient Disposal
The post-gelation material structural integrity remains controlled, making it easier to clean and dispose of compared to liquids.
Disclaimer / Note:The Grade 0 mold resistance standard is based on third-party laboratory testing under specific experimental conditions. Actual performance may vary depending on environmental factors, humidity, and specific application scenarios.
