MQ Silicone Resins - Industrial Grade Silicone Resins

The core gap between continuous and batch (discontinuous) manufacturing processes for MQ silicone resin lies in operation mode, reaction control precision, and applicable scenarios. The traditional batch process completes hydrolysis, polycondensation, and purification sequentially in a single reactor with one-off batch feeding, featuring non-steady-state conditions, frequent manual intervention, and unavoidable batch-to-batch fluctuations, ideal for small-batch, multi-grade production. The advanced continuous process uses automated cascaded reactors with constant proportional raw material feeding, enabling steady-state, closed-loop control of each reaction stage 24/7 for large-scale, standardized manufacturing.

For final products, continuous-produced MQ resin has a narrower molecular weight distribution, precise M/Q ratio control (deviation <±0.02), ultra-low batch-to-batch variation, and minimal VOC/impurities. Batch-made products have wider polydispersity, unstable active functional group content, and inconsistent application performance. LANCHEMIE's premium MQ resins adopt industry-leading continuous technology to deliver consistent, high-purity products for high-end cosmetics, electronics, and industrial formulations.