Arvind Anticor Limited

  Acid fumes from pickling and galvanizing processes don't just threaten worker safety — they quietly corrode ductwork, equipment, and plant infrastructure if the extraction system isn't engineered correctly from the start. This blog breaks down exactly what goes into designing a system that performs the way it's supposed to, from day one.   Here's what you'll discover:   ✅ How to assess fume type, concentration, and risk for acids like HCl, sulfuric, and nitric   ✅ Why hood placement and process layout make or break fume capture   ✅ How to calculate airflow, suction velocity, and ducting to avoid weak extraction   ✅ The right material choices — PP, HDPE, FRP — for long-term corrosion resistance   ✅ How proper scrubber integration protects both compliance and equipment life   📖 Read the full blog: How to Design and Set Up an Acid Fume Extraction System   Build a fume extraction system engineered for safety, compliance, and long-term rel...

  Steel and FRP tanks often struggle to keep up with the constant acid and alkali exposure found in pickling and metal finishing lines — corrosion, linings that fail, and rising maintenance costs add up fast. This blog breaks down why polypropylene has become the go-to material for plants that need reliable, long-term performance without the upkeep headaches.   Here's what you'll discover:   ✅ The technical properties that make PP suitable for continuous acid exposure up to 80–100°C   ✅ Key advantages of PP over steel and FRP — no lining, less weight, no corrosion   ✅ How PP compares to polyethylene (PE) for hot pickling processes   ✅ Real-world applications across galvanizing, pharmaceuticals, and textile processing   ✅ What sheet thickness and tank configuration options are available for custom builds   📖 Read the full blog: Polypropylene Pickling Tanks And Its Benefits for Industries   Get a pickling tank engineered for your exact proc...