Industry Pain Points and Innovative Solutions

In applications such as high-temperature dyeing in textile printing and dyeing and chemical reactor processing, traditional defoamers face three major challenges: poor temperature resistance, short foam suppression time, and susceptibility to decomposition by acids, bases, and solvents. Field data from a chemical company in 2024 showed a 12% defective product rate due to foam, with annual losses exceeding 800,000 yuan in production line downtime and cleanup. Fluorosilicone oil defoamers utilize an innovative molecular structure, combining dimethylsiloxane with fluorocarbon chains to form a stable three-dimensional network structure, achieving both foam breaking and foam suppression.

Four Core Advantages
Lightning-Fast Defoaming
With a surface tension as low as 16.8 mN/m (industry average 21.5 mN/m), they spread and penetrate foam within 0.3 seconds upon contact, achieving a 32% improvement in efficiency compared to mineral oil-based defoamers. A case study at a Shanghai printing and dyeing plant showed that the time required to treat foam in a 1000L dye vat was reduced from 4.2 minutes to 2.8 minutes.

Long-Lasting Protection
The unique "fluorine-silicone synergistic effect" ensures anti-foaming effects lasting over 72 hours, three times longer than conventional products. Continuous testing at a chemical plant in a highly corrosive environment with a pH range of 2-14 demonstrated that the product retained over 85% activity after 200 hours of operation.

Universal Adaptability
Temperature Range: -40°C to 280°C (standard operating conditions for textile hot-melt dyeing)
Solvent Compatibility: Polar and Non-polar Systems such as n-hexane, DMF, and DMSO
Shear Resistance: Performance is unaffected by high-speed stirring at 5000 rpm

Economical Efficiency
A dilution ratio of 1:500 reduces per-ton treatment costs by 41%. Data from a wastewater treatment project in Shandong Province shows that annual defoamer procurement has been reduced from 38 tons to 22 tons, resulting in a 30% improvement in overall efficiency.