Author Archives: John Woods

Microglass media, or microglass filter media, is a highly specialized form of filtration material predominantly used in various industrial and scientific applications to ensure the purity and quality of fluids. This type of filter media is manufactured from ultra-fine glass fibers bonded together to form a porous structure capable of capturing very small particles with high efficiency. Understanding Microglass Media and Micro-Fiberglass Filters In order to understand how microglass and micro-fiberglass work, we're going to break the subject down into its components: Composition and Manufacture Microglass media is made from borosilicate glass fibers. These fibers are extremely fine, often only a few microns in diameter, and are randomly oriented and bonded together to form a mat. The glass used is resistant to chemical and thermal degradation, which makes microglass media suitable for harsh environments and a variety of chemical processes. Properties The key properties of microglass media include: High Filtration Efficiency: Microglass media can filter out particulates as small as 0.3 microns, making it effective at removing fine particulate matter from air and liquids. High Dirt Holding Capacity: Due to its dense, layered structure, microglass media can hold a significant amount of particulate matter without a substantial loss of flow…

Water quality is vital in any industrial facility, ensuring all systems and processes function efficiently. Investing in a water filtration system is the best way to ensure the water is impurities-free. In this article, learn all about industrial water filtration systems with the experts at Advanced Filtration. Water filtration systems facilitate effective removal of contaminants to purify water. So, what exactly are industrial water filtration systems, and why are they important? Let's find out as we discuss how these systems work. What Are Industrial Water Filtration Systems? Industrial water filtration systems refer to special equipment that cleans industrial water. These systems eliminate potentially harmful substances like pollutants and impurities from water. They make the raw water safe, clean, and suitable for industrial applications. Industrial water filtration systems are available in different configurations, sizes, and shapes. Each one comes with unique features and capabilities. These systems use filters made from materials like activated carbon and multi-layered sand. They cleanse water through:   Nanofiltration Reverse Osmosis Coarse Filtration UV light Ceramic Filtration Ultrafiltration These processes can clean water using chemical treatment, physical filtration, or both. The most suitable one depends on the impurities you intend to eliminate. Different industries use water with…

Advanced Filtration deals with various industries where fluid handling is essential, and the efficient regulation and management of flow rates, pressure, and temperature are paramount. One crucial component that aids in achieving this efficiency is triple-duty valves. This small but mighty piece of equipment comes up time and again when discussing industrial filtration solutions for our clients, so in this blog post, we're going delve into what they are and how they work. We'll also look at their different applications across industries, their significance, the materials of construction, and other important aspects. What is a Triple Duty Valve? So, first things first: what exactly is it? A triple duty valve is a specialized type of valve designed to perform three primary functions within a single unit: balancing, throttling, and shut-off. These valves are engineered to control flow rates, maintain system stability, and ensure optimal performance across various fluid handling systems. How does a Triple Duty Valve Work? Triple duty valves operate based on their unique design, which integrates components for balancing, throttling, and shut-off functions. They typically consist of a globe-style valve body with an integrated balance piston or plug. This design allows for precise control over flow rates while maintaining…

Last month, we published an article called "The Advanced Filtration Guide to Heat Exchangers," where we discuss all the ins and outs of heat exchange in industrial applications. Today, we're going to discuss the complementary side of that process, which is all about evaporative coolers and condensers. We here at Advanced Filtration deal with so many types of industrial filtration products and applications, and heating, cooling, and temperature control in general is a big part of that. The topic is big and complicated, so please do not hesitate to give us a call at 732-901-6676 or use the contact form on this page for a free consultation. We love answering questions!   What Are Evaporative Coolers and Condensers? An evaporative cooler and a condenser are two distinct components used in different systems, often in the context of cooling processes, but they serve different purposes. Evaporative Cooler An evaporative cooler, also known as a swamp cooler, is a device that cools air through the evaporation of water. It operates on the principle that when water evaporates, it absorbs heat from the surrounding air, thereby cooling it. Evaporative coolers are commonly used in dry climates as they work best in areas with low…

Here at Advanced Filtration, we work with a diverse array of industrial filter product, from mist eliminators to Y-strainers to HVAC media filters, and everything in between. You'll find all kinds of literature in our blog about all of these lines we carry, and today we're going to discuss a specific topic: heat exchangers. (more…)

We here at Advanced Filtration provide industrial filter solutions for all manner of industry, from manufacturing to pharmaceuticals to biotech, and everything in between. One common application we encounter is lube oil filtration, and if this is important in the day-to-day operations of your company, then read on. Why Are Lubricant Oils So Important? Lubricant oils are primarily used for reducing friction and minimizing wear between moving components in machinery and industrial equipment. Their key purposes include: Friction Reduction: Lubricant oils create a thin film between moving parts, reducing the friction generated during their interaction. This helps in smoother operation and prevents excessive wear. Wear Protection: By forming a protective layer, lubricants minimize the wear and tear on surfaces, such as gears, bearings, and other moving components. This contributes to the overall longevity of the machinery. Heat Control: Lubricating oils assist in managing heat generated due to friction. By reducing friction, they help prevent overheating of components, which is crucial for the efficient and safe operation of machinery. Corrosion Prevention: Lubricants act as a barrier against moisture and corrosive elements, protecting metal surfaces from rust and corrosion. Sealing and Cooling: In some applications, lubricant oils are used for sealing purposes,…