In the fine chemical industry, product purity and process stability are under relentless scrutiny. Given the precision required for specialty chemicals, pharmaceuticals intermediates, and high-performance materials, even trace impurities—from particulate matter to residual catalysts—can compromise product efficacy, trigger batch failures, or violate strict industry regulations. Ensuring consistent purity is critical: it safeguards product performance, directly impacts production efficiency.
Each segment—from energy generation to electronic chemicals—presents unique challenges. Corrosive solvents, high-viscosity slurries, and temperature-sensitive compounds demand tailored filtration approaches, leaving no room for one-size-fits-all solutions.
At LOONG Filtration, our specialized filtration technologies are engineered to address these diverse demands. By deploying a portfolio of advanced filter media—including chemical-resistant PTFE, high-precision PP, and durable metal cartridges—across key stages , we ensure contaminants are removed at every critical step.
Our solutions deliver three core values: consistent product purity to reduce batch rejection rates; enhanced process efficiency by minimizing downtime from filter clogging; and compliance peace of mind through materials certified for harsh chemicals environments. With LOONG Filtration, you gain the precision to elevate product quality while streamlining operations.
Effectively removes moisture, particles, and metallic ions to prevent battery performance decay and safety risks, ensuring consistent product quality and end-battery reliability.
Stable Batch Consistency Advanced filtration eliminates impurities that cause electrolyte decomposition, enabling uniform conductivity and extended cycle life for every batch.
Maximized Production Yield Optimized system design minimizes solvent retention and waste, increasing utilization rate and reducing raw material loss for higher profitability.
Accelerated Manufacturing Throughput High-flow filtration supports continuous, large-volume production, shortening cycle times and meeting rapid market demand for lithium battery supply chains.
Defect-Free Coating Assurance Effectively removes gels and agglomerates from the slurry, preventing defects like pinholes and spots during coating to ensure separator integrity and enhance battery safety from the source.
Exceptional Pore Size Uniformity Precisely controls impurities and fiber size in the slurry, guaranteeing uniform microporous structure after stretching, which optimizes lithium-ion transport efficiency and improves battery rate capability and cycle life.
Maximized Raw Material Utilization High-efficiency filtration reduces waste of valuable polymer slurry and enables effective solvent recovery, significantly lowering unit production costs.
Uninterrupted Production Stability High-flow filtration ensures stable and smooth slurry supply, preventing unplanned downtime caused by clogging of dies or screens, safeguarding the efficiency and profitability of mass production.
Superior Color Purity Effectively removes gels, dust, and impurity particles from raw materials to prevent printhead clogging, ensuring accurate color reproduction and reliable print quality.
Exceptional Batch-to-Batch Consistency Stable filtration prevents the introduction of contaminants, guaranteeing uniform viscosity and tinting strength across batches to meet stringent color standards.
Maximized Raw Material Yield Optimized filtration significantly reduces the retention loss of valuable pigments and resins, increasing conversion efficiency and boosting sellable product volume.
Uninterrupted Continuous Production High-flow filtration systems support continuous operation, reduce changeover frequency, and eliminate production stoppages, ensuring on-time delivery.
