Voller Filters holds a leading position in filter technology for motor vehicles. As a company, our mission is to develop high-performance, energy-efficient filtration systems that meet environmental sustainability standards and to be a pioneer in the industry.
Our company makes great efforts to keep pace with continuously evolving technological trends and to provide the best solutions to our customers. In this context, Voller Filters’ R&D department closely follows the latest developments in the industry and carries out meticulous work to continuously improve filtration technologies.
Voller Filters’ expert engineers continuously receive training to understand the latest technological innovations and integrate these innovations into our product portfolio in order to move forward confidently in the industry. Our engineers work with great dedication to examine and optimize every detail of filtration systems.
Our company is committed to maintaining its technological leadership and developing solutions that meet the filtration needs of the future through significant investments in R&D. High-quality materials, advanced production techniques, and excellent quality control processes elevate Voller Filters’ products beyond industry standards.
Not only focusing on technological innovations, Voller Filters also places great importance on the principle of environmental sustainability. From the design of our products to the production processes, we continuously strive to minimize our carbon footprint by using environmentally friendly materials and green manufacturing methods.
By prioritizing customer satisfaction, Voller Filters will continue to maintain its leadership in the industry and provide our customers with filtration solutions that deliver the highest level of performance. Our commitments to innovation, technology, and environmental sustainability are part of our goal to enable cleaner and more efficient motor vehicles of the future. As Voller Filters, we will continue to work with full dedication to shape the technology of the future and exceed our customers’ expectations.
| TEST METHOD | TEST NAME |
|---|---|
| TS ISO 4020 (Art.6.1) | CLEANLINESS TEST OF THE NEW FILTERS |
| TS ISO 4020 (Art.6.3) | PRESSURE DIFFERENCE TEST |
| ISO 19438 | FUEL FILTERS, CAPACITY AND FILTRATION EFFICIENCY TEST |
| TS ISO 4020 (Art.6.6) | FILTER ELEMENT COLLAPSE / EXPLOSION TEST |
| TS ISO 4020 (Art.6.7) ISO 4548-6 |
EXPLOSION TEST OF THE COMPLETE FILTER |
| TS ISO 4020 (Art.6.8) | FATIGUE TEST BY IMPACT PRESSURE |
| ISO 4548-1 | PRESSURE DIFFERENCE TEST |
| ISO 4548-2 | BY-PASS OPENING PRESSURE TEST |
| ISO 4548-6 | STATIC EXPLOSION PRESSURE TEST |
| ISO 4548-12 | OIL FILTERS, CAPACITY AND PARTICLE BASED FILTRATION EFFICIENCY TEST |
| SAE HS 806 | FATIGUE TEST BY IMPACT PRESSURE |
| ISO 16889 | HYDRAULIC OIL FILTERS, CAPACITY AND PARTICLE BASED FILTRATION EFFICIENCY TEST |
| ISO 4548-9 | ANTI DRAIN VALVE LEAKING TEST |
| ISO 5011 | RESTRICTION AND DIFFERENTIAL PRESSURE TEST |
| ISO 5011 | EFFICIENCY TEST |
| ISO 5011 | CAPACITY TEST |
| ISO 5011 | FILTER ELEMENT COLLAPSE TEST |
| TS EN ISO 536 | FILTER PAPER MATERIAL WEIGHING |
| TS EN ISO 534 | FILTER PAPER THICKNESS DETECTION |
| TS 3124 EN ISO 2758 | EXPLOSION TEST OF FILTER PAPER |
| TS ISO 5636-5 | FILTER PAPER AIR PERMEABILITY TEST |
| TS 4230 EN 24003 | FILTER PAPER PORE SIZE TEST |
| – | DIMENSIONAL MEASUREMENT |
| – | HARDNESS MEASUREMENT (RUBBER GASKETS, POLYOL) |
| TS ISO 4020 (Art.6.5) | WATER SEPARATION EFFICIENCY TEST |