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...

  Chemical storage tanks are essential for the safe handling of acids, alkalis, flux solutions, and other process chemicals used in steel processing and hot-dip galvanizing plants. This blog explains how selecting the right tank material and design improves safety, chemical compatibility, and long-term operational reliability.    Here's what you'll discover:   ✅ The storage requirements for HCl, sulfuric acid, caustic soda, flux, and passivation chemicals   ✅ How to choose between PP, PPH, HDPE, and FRP tanks based on process conditions   ✅ Key engineering considerations including chemical compatibility, operating temperature, plant layout, and safety   ✅ Common storage challenges and how properly engineered thermoplastic tanks improve performance and reduce maintenance   📖 Read the full blog: Choosing the Right Chemical Storage Tanks for Steel & Hot-Dip Galvanizing Plants   Select the right storage solution to improve plant safety, ope...

Sodium hydroxide, commonly known as caustic soda, is one of the most widely used chemicals in industrial operations. It is essential in industries such as chemical manufacturing, water treatment, textiles, paper processing, and surface treatment. While it is extremely useful, sodium hydroxide is also highly corrosive, which makes safe storage a serious concern for plant operators. Many industrial accidents and maintenance problems occur because chemicals are stored in tanks that are not suitable for long-term exposure. Over time, sodium hydroxide can damage incompatible materials, leading to corrosion, leakage, and safety hazards. These issues often develop slowly and may remain unnoticed until major repairs or shutdowns become necessary. To avoid such problems, industries now prefer storage tanks made from chemically resistant materials such as polypropylene and HDPE . These materials are known for their ability to withstand corrosive chemicals and maintain strength over long period...

Polypropylene storage tanks are widely used in various industries for storing aggressive materials and chemicals. However, like any other storage system, they are prone to common issues that can compromise their performance and longevity. Handling polypropylene tanks requires proper knowledge of their material properties, installation, maintenance, and repair. In this blog post, we will provide a comprehensive guide on how to handle the most common polypropylene storage tank issues. Addressing Compatibility Issues Polypropylene storage tanks are a popular choice for storing a variety of substances due to their durability and chemical resistance. However, not all chemicals are compatible with polypropylene, and it's important to check with the manufacturer before filling up your tank.  Strong acids or bases can corrode polypropylene, and even compatible chemicals can weaken the tank over time through plasticization.  To prevent this, make sure not to exceed the maximum recommen...