Wilden Blog

Titanium dioxide (TiO₂) is a critical pigment in the paint and coatings industry, but is challenging to handle in its abrasive, high-viscosity slurry form. Read this blog to learn how the Wilden® Chem-Fuse™ Integral Piston Diaphragm (IPD), paired with a Pro-Flo® SHIFT AODD pump, eliminates outer-piston abrasion, extends diaphragm life and boosts reliability.

Behind the scenes in ceramics manufacturing, hundreds of pumps run nonstop in processes such as atomizing, electroplating, painting, water treatment, and press filter, transporting abrasive slurries and enamels that help complete the clay’s final transformation. However, as all manufacturers know, not all pumps operate in the same manner. Read this blog to discover what makes Wilden® AODD Pumps the best pump technology for various applications in ceramic production.

While every pumping application presents unique challenges, those in potentially explosive atmospheres – such as chemical plants, petrochemical facilities, pharmaceutical industries, refineries and mining operations – require AODD pumping technology with an extra layer of protection.

How can paint and coatings manufacturers meet rising demand while controlling costs? Read this blog to learn how Wilden® Pro-Flo® SHIFT Series Pumps, Chem-Fuse™ Integral Piston Diaphragms and Full-Stroke PTFE Diaphragms help operators minimize downtime, meet high standards and protect the environment while maximizing energy efficiency and performance.

Is your Wilden® Saniflo™ Hygienic™ Series (HS) Pump handling shear-sensitive fluids, larger solids and viscous products? The type of check valve you use can significantly impact the reliability and efficiency of your system. In this blog, we’ll guide you through selecting the ideal check valve — be it ball, flap, or mushroom — to maintain peak performance and ensure your hygienic operation meets the highest standards of cleanliness and efficiency.

The mining industry relies on cutting-edge pumping technology to extract essential resources. Wilden® AODD Pumps, including the Stallion® Series, Brahma™ Series, and Turbo-Flo™ Series, are specifically designed to tackle the most demanding mining applications. Read more to discover why Wilden is the trusted choice for efficient and reliable performance in harsh conditions.

Adhesive buildup can be a headache for your operators, leading to costly downtime and repairs and keeping you from meeting your strict production schedule. Read our blog to learn how Wilden® Chem-Fuse™ Diaphragms inside Wilden AODD Pumps can help you drastically reduce the risk of adhesive buildup, reduce operational costs and create a more reliable production process.

With energy costs increasing, how can you help ensure your operation optimizes AODD pump air consumption? Read this blog to learn how Wilden® AODD pumps equipped with the Pro-Flo® SHIFT ADS can reduce air consumption by up to 60% while creating flow rates that can be 34% greater than those of other pump models.

Costly downtime and pump failure due to sticky cornstarch glue product transfer can cause headaches for corrugated-box manufacturers looking to stay on track with strict production times. Read this blog to unbox how Wilden® Clamped and Bolted Metal AODD Pumps and Blackmer® G Series Internal Gear Pumps can help operators get unstuck and keep their operations running smoothly.

One of the main concerns for mining operations is the ever-present threat of safety risks that jeopardize the well-being of personnel, the integrity of surrounding communities, and the health of the environment. Faced with pumping challenges and potential risks, operators are turning to efficient, reliable and safe AODD pump technology. Read more to learn how various Wilden AODD pumps excel in mining applications.

As a manufacturer, you depend on your air-operated double-diaphragm (AODD) pumps to help you get the job done right, which means having the most efficient and reliable product transfer possible. But your AODD pump’s ability to perform to your desired performance depends heavily on one indispensable resource — compressed air.

The truth of the matter is that without adhesives, hundreds of processes around the world would stop operating properly. From packaging and automotive to electronics and construction, adhesives are the glue keeping a multitude of industries intact — and the world from falling apart.

With so many diaphragm options, choosing the right one for your specific application can be challenging. Fortunately, Wilden makes it simple. Read this blog to learn the advantages of the three primary diaphragm materials and what to consider when selecting the right diaphragm for your AODD pump.

Wilden combines elegant simplicity with reliable performance to offer a comprehensive line of small AODD pumps — a compact and efficient solution for small-dosing applications. Read this blog to learn how Wilden small AODD pumping technology, available in sizes from 6 mm (¼”) to 25 mm (1”), offers the extreme flexibility and dependability required in demanding small-dosing applications.

Critical applications in potentially explosive atmospheres require AODD pumping technology that offers a higher degree of protection. That’s why ATEX compliance is essential. Read this blog to learn what ATEX means and how the Wilden groundable, ATEX-compliant, 25 mm (1″) ProFlo® Saniflo™ FDA Series Clamped Metal AODD Pump offers operators the confidence of reliability and the peace of mind of safety.

Backed by a commitment to excellence and adherence to the highest quality standards, Wilden continues to be the global leader in AODD pumping technology. In this blog, we take a closer look at the high-quality standards and certifications that demonstrate our promise to provide our customers with simple, efficient and reliable #pumps and unparalleled excellence.

Wilden Chem-Fuse Integral Piston Diaphragms manufactured inf Saniflex™ (Hytrel®) are becoming the new standard for AODD pump diaphragms because it outperforms Buna-N in industrial applications in terms of abrasions resistance, leak prevention and overall durability. Read this blog to learn more.