Our exclusive NABL-ACCREDITED LABS ensure double assurance of reliable & durable solutions.
R&D units at FFPL are deeply engaged in projects aimed at advancing existing technologies and developing new ones. These technological strides contribute to our company’s competitiveness and the sustainable growth of our core business. Our dedicated team of professionals is committed to delivering the best solutions, not only to our customers but also to the environment. Additionally, FFPL, as one of India’s most reliable filtration solution providers for diverse equipment, is backed by FFPL’s state-of-the-art testing laboratories. Each batch we manufacture undergoes rigorous testing for reliability and durability, and our labs hold NABL accreditation (ISO 17025), ensuring adherence to globally recognized testing standards. Rest assured that our products will consistently safeguard the performance and longevity of your vehicle’s engine. Moreover, our R&D boasts a Drawing and Design Center and a proto-development and validation Center, both registered with the Department of Scientific and Industrial Research. This ensures that we uphold globally recognized standards in our research and development efforts.
FFPL follows a systematic product development approach – ALD which helps to predict performance of our products and verify if they match customer requirements.
Virtual Modeling and simulation of performance is the key step in any product design. Analysis Led Design (ALD) tools developed in Fleetguard achieve this goal through design and performance evaluation, captured from the voice of the customer. There are two main steps required in any design evolution, they are the “validation step” and the “verification step”. To ensure the quality and reliability of products, the verification step becomes an integral part of the product development. A big concern in the verification step is the perceived cost and time. Virtual modelling is the only way that helps in cutting down the lead time and cost drastically. Qualified staff and expert engineers meticulously run through multiple build-and-test hardware prototype cycles to verify key design factors like performance, stress, and fatigue life. These ensure high quality and greater reliability of products.
