With the rise in depleting sources of clean water, industries across the globe are finding themselves in a tough position to sustain industrial operations. At the foundation of all industrial activities — clean water is dwindling in volume and is expected to fall by 50 percent to 80 percent by 2050. Today, an effective and efficient industrial filtration system is critical to obtain clean water and elevate production quality.
Starting with chemicals to agriculture to mining, and more, industrial filtration lies at the core of multiple operations, generating the need for a solution to feed their exclusive needs. However, with the complexities of pricing and designing, procuring filtration solutions has developed into a herculean task, pushing the clients toward standard process filtration solutions.
At a time when the industry is in a deadlock between price and demand, MMP Filtration, a customer-centric entity, is leaving no stone unturned to deliver quality-assured,timelysolution, that ensures return on investment (ROI) along with long service life.
“At MMP, we strive to deliver a range of options to our customers that meet their specific applications and regulatory requirement. Our team ensures an optimal balance of products while saving overall cost through the durability and long life of the cartridge,” says Nilesh Todi, CEO & Executive Director at MMP Filtration.
The company has made a name for delivering products of optimum quality standards.
Resorting to its long and deep-rooted experience of more than two decades, MMP has developed stringent checkpoints that assure minimal defects. Presently the company offers a vast range of water filter solutions, including string wound filters, Meltblown filters, Pleated filters, and more.
End-To-End Solution
Since its inception, MMP has maintained a proactive stance in developing its basket of offering to evolve as a one-stop solution provider for its clients. This organizational approach has been key to extending its expertise from designing to engineering and manufacturing global standards filtration solutions. The company also boasts of its well-knit supply chain network, which plays a critical role in distributing its products anywhere around the nation, in a short turnaround time.
With three major manufacturing plants at — Kolkata, Mumbai, and Ahmedabad, MMP ensures quick production and faster delivery. Presently, the manufacturing site at Kolkata is employed to exclusively manufacture — Polypropylene String Wound Filters, Melt Blown Filters, and Dust Collector Bags for Industrial Air filtration. The Ahmedabad site on the other hand solely produces — Polypropylene String Wound Filters, Polypropylene Melt Blown Filters & DREF Friction Spun Yarn. Whereas the Mumbai plant is manufacturing a wide range of air filtration products.
The state-of-the-art manufacturing facility at MMP has time and again evolved as a valuable asset, helping it to attain manufacturing perfection. For instance, the HYDROWOUND cartridge, produced by MMP back in 2006, was specifically designed for various domestic and industrial applications. The membrane is used throughout the industry for various applications stemming from its high performance & stability.
We strive to deliver a range of options to our customers that meet their specific applications & regulatory requirement
Eyeing Towards Air Filters
MMP filtration had envisaged the future of water and air filtration as early as 1994 when the industry was still in its nascent stage. At that time, having foreseen the growth potential, it forayed into trading of water and air filtration equipment.
In 2003, MMP filtration was established to serve the growing volume of business with increased efficiency and reduced cost. Today, MMP filtration is amongst India’s leading manufacturers of highly sophisticated air and water filtration solutions. “Our promise to our customers is – when you collaborate with MMP, you get the assurance of quality, expertise, and high customer satisfaction,” concludes Nilesh Todi.
.jpg "Artificial Intelligence to Revolutionize Advanced Chip Design")
