Polat Group Holding
From critical power transmission systems for heavy industrial facilities and advanced pasteurization lines that safeguard food safety to water treatment and decanter centrifuge technologies, smart automation, and sustainable agricultural practices, our broad portfolio combines the strength of domestic manufacturing with global engineering standards. Through this approach, we are building efficient, reliable, and sustainable operational infrastructure for industries worldwide.
Industrial Separation and Centrifuge Technologies
We manufacture heavy-duty industrial gearboxes engineered to ensure operational continuity in some of the most demanding environments in global industry, including mines, cement plants, integrated iron and steel facilities, ore beneficiation units, and crushing and screening sites.
In environments characterized by heavy dust, high humidity, extreme temperature fluctuations, continuous vibration, and sudden shock loads, our gearboxes ensure the reliable operation of critical machinery at the heart of industrial facilities. These include heavy-duty belt conveyors, ball and roller mills, jaw and cone crushers, bucket elevators, rotary kiln drives, and heavy-duty mixers.
Developed through specialized engineering calculations, our high-strength ductile cast iron or welded steel housing designs resist deformation, even under the most severe impact conditions. Our gear sets are manufactured from hardened alloy steel and feature optimized tooth profiles and precision-ground surfaces, delivering maximum resistance to sudden torque peaks and high radial and axial loads.
Advanced labyrinth and double-lip sealing systems, combined with integrated forced lubrication and cooling options, including heat exchangers and cooling fans, minimize wear and mechanical friction losses. This robust design helps prevent unplanned downtime, reduce maintenance costs, and keep mining and heavy industrial facilities operating at maximum production capacity.
Material Handling, Cranes & Intralogistics
We develop drive systems that deliver high dynamic performance, precise positioning, and energy efficiency for modern smart factories accelerating the Industry 4.0 transformation, large-scale logistics distribution centers, container ports, automated storage and retrieval systems (AS/RS), overhead and gantry cranes, and transfer carts.
Our compact helical, parallel-shaft helical, and bevel helical gearbox ranges form the backbone of intralogistics operations. They are engineered to handle high-frequency start-stop cycles repeated hundreds of times per minute, aggressive acceleration and deceleration profiles, and variable bidirectional load patterns with exceptional reliability.
Our fully variable frequency drive (VFD)-compatible motor-gearbox integrations, built-in electromagnetic braking systems, and low-backlash gear designs enable heavy loads to be transported, lifted, rotated, and positioned with millimeter-level precision.
Lightweight yet rigid aluminum and cast-iron housing options adapt easily to confined installation spaces, providing exceptional flexibility in facility layout. With quiet operation, high mechanical efficiency, and low friction losses, our products significantly reduce energy consumption in logistics infrastructure operating around the clock, while maximizing operational speed and workplace safety.
Food, Pharmaceutical & Packaging Technologies
We design compact drive solutions with specialized surface treatments and enhanced sealing for food processing, beverage bottling, pharmaceutical manufacturing, meat and dairy processing, and high-speed packaging lines, where hygiene regulations, regular chemical washdown cycles, and product-contact safety are critical.
Our systems deliver smooth, quiet, and vibration-free power transmission for liquid and powder mixing tanks, oven tunnel conveyors, dough kneading vessels, homogenizer feed systems, monoblock bottle filling and capping machines, and end-of-line palletizing robots.
Our hygienic housing designs feature smooth, rounded surfaces without dead zones, physically preventing the accumulation of dirt, dust, water, and bacteria. They offer high resistance to aggressive cleaning chemicals, high-pressure hot-water washdowns, and corrosion.
With NSF-approved food-grade synthetic lubricants, stainless steel output shafts, and multi-lip cassette sealing systems, our solutions are designed to minimize the risk of product contamination. Supporting international hygiene standards, these designs extend maintenance intervals and help food and pharmaceutical manufacturers achieve maximum line efficiency, reduced product waste, and consistently high levels of hygienic reliability.
Environmental Technologies, Chemicals & Agriculture
We provide drive systems engineered to withstand outdoor climatic conditions and highly corrosive environments for municipal and industrial wastewater treatment plants, biogas and biomass production facilities, chemical reactors, composite and plastic extruders, and modern agricultural and livestock equipment.
We deliver high torque transmission and structural stability for surface and submersible aerators, sludge scrapers and dewatering drums, flocculators, chemical dosing mixers, screw conveyors, and manure distribution systems. These applications demand reliable, uninterrupted operation 365 days a year.
Our gearboxes feature specialized multilayer epoxy and polyurethane coating systems suitable for C3–C5 corrosion categories, along with stainless steel protective accessories designed to withstand aggressive process gases, acidic and alkaline vapours, excessive humidity, and ultraviolet radiation.
Engineered for excellent mechanical compatibility with high-efficiency IE3 and IE4 electric motors, our gearbox ranges minimize power losses in energy-intensive environmental and chemical facilities, significantly reducing carbon footprints and total cost of ownership (TCO). Even in the most demanding chemical and biological processing environments, we provide a stable, safe, and sustainable drive infrastructure designed for years of reliable operation with minimal risk of failure.