SILCOLAPSE-C565 Defoamer Alternative: Chemi Tech's Efficient Solution for Industrial Foam Control

Industrial production processes often face foam-related challenges that directly impact efficiency and product quality. Many enterprises relying on imported SILCOLAPSE-C565 defoamer encounter pain points including prolonged procurement cycles and high costs. Chemi Tech's specially modified silicone technology delivers high-performance alternative solutions for various oil-based foam control applications.

Market Pain Points:

1. Unstable delivery schedules affecting production continuity

2. Frequent price fluctuations complicating cost control

3. Inconsistent defoaming performance under varying operating conditions

Chemi Tech Solution Framework:

Step 1: Operation Analysis - Technical staff conduct on-site evaluation of temperature, PH value, agitation speed and other parameters

Step 2: Customized Sampling - Provide targeted experimental samples based on system characteristics

Step 3: Performance Testing - Simulate actual production environment for defoaming speed and persistence testing

Step 4: Batch Replacement - Ensure smooth transition with 1:1 substitution

Application Case:

A precision instrument lubricant manufacturer previously used imported defoamers but encountered persistent foam residue during high-temperature filling operations. After adopting Chemi Tech's KMK-656 series alternative product with identical dosage (0.1%-0.3%), defoaming speed increased by 40% while maintaining stable performance at 85°C. Three months of continuous production verification successfully resolved foam overflow issues on filling lines, achieving 26% annual procurement cost reduction.

Chemi Tech's defoamer utilizes molecular structure optimization technology that maintains stability under high temperature and strong shear conditions, demonstrating excellent compatibility with various additives without affecting original system performance. Comprehensive technical support ensures seamless transition during replacement processes.