Global Leaders For Industrial Filtration Systems

  Best Practices for Metalworking Fluid Maintenance 1. Manage Concentration Maintaining the correct concentration of your coolant is crucial. Most water-based coolants operate with a solution containing less than 10% coolant concentrate, with the remainder being water. If the concentration drops too low, it can lead to inadequate lubrication and cooling, rust formation, and bacterial growth. Regularly check and adjust the concentration by adding fresh coolant as needed, especially since evaporation and carry-off can reduce levels quickly 2. Use Proper Filtration Effective filtration is vital in modern machining environments. Many CNC machines utilize “through tool” coolant applications, which require clean coolant to function properly. Regularly changing filters is necessary, particularly when machining materials like cast iron that produce fine particles that can clog filters. Monitoring pressure gauges can help determine when filters need replacement 3. Remove Tramp Oil Promptly ...

The manufacturing world is changing faster than ever. Challenges like labor shortages and rising costs are putting immense pressure on operations. At Veeraja Industries Pvt Ltd , we turn these challenges into opportunities with advanced filtration technology that empowers your business to stay ahead. 🚨 Why Manual Filtration Is Holding You Back Traditional filtration systems demand constant monitoring, frequent media changes, and valuable manpower—adding unnecessary costs and slowing production. In today’s competitive landscape, inefficiency is a luxury no one can afford. ✅ Step into the Future with Automated Filtration Veeraja Industries Pvt Ltd brings you innovative filtration systems designed to: Run 24/7, Unattended : Experience seamless, lights-out manufacturing. Minimize Downtime : Self-cleaning features ensure maintenance-free operation. Deliver Superior Purity : Capture particles as small as 1 micron, enhancing product quality. Cut Waste Disposal Costs : Our systems produce a...

  Magnetic Separator: The Ultimate Solution for Fluid Filtration In the fast-paced world of manufacturing and fluid filtration, one machine consistently punches above its weight— the magnetic separator . Often underestimated, this powerhouse ensures your systems run smoothly, protects critical equipment, and saves costs. Are you still wondering if investing in a magnetic separator is worth it? Spoiler: it absolutely is! Here's why it’s a must-have for your operations. Why Magnetic Separators Are Game-Changers 1. Unmatched Filtration Efficiency Imagine having a system that effortlessly removes fine ferrous particles like burrs and tramp iron. With magnetic separators, your fluids stay cleaner, ensuring peak performance and longer equipment life. 2. Cost-Effective Investment Low upfront costs, minimal maintenance, and reduced downtime—what’s not to love? These machines protect your high-value equipment, saving you from costly repairs and production halts. 3. Environmentally Respons...

  Enhancing Coolant Quality : Best Practices for Longevity and Performance Introduction Dirty coolant can cause significant issues within manufacturing processes, including equipment damage, compromised product quality, and potential health risks for workers. Therefore, maintaining coolant quality is not merely a suggestion—it's a necessity for businesses striving for operational excellence. The key to prolonging coolant lifespan lies not only in proper storage and usage but also in understanding and managing the various factors that affect coolant quality. In this blog post, we will explore essential strategies to maintain coolant quality and extend its lifespan. Understanding Contamination Nature and Level of Contamination When freshly introduced into a system, coolant typically performs efficiently for the first 2-3 months. However, as time progresses, contamination begins to set in. Common impurities include oil, grease, and metal particles that can adversely affect coolant per...