AGRICULTURE Expert Belt Solutions for Agricultural Machinery by Movendis INDUSTRY LANDSCAPE Modern agriculture is a high-tech, high-pressure industry. With rising food demand, tighter labor availability, and shorter harvest windows, equipment must operate longer, smarter, and more efficiently than ever. From tractors and mulchers to specialized vegetable harvesters, machines require belts that can handle mechanical stress, environmental extremes, and performance-critical cycles. At Movendis, we deliver engineered belt solutions that combine durability, precision, and field-proven reliability — ensuring uptime when it matters most. APPLICATIONS AREA Tractors The powerhouse of farming operations. Belts drive cooling fans, alternators, air and compressors. Must resist high tension, thermal cycles, and long idling hours. ->Movendis belts offer stable power delivery and high pulley grip, minimizing re-tensioning needs. Field Choppers Chopping maize, grass, or lucerne requires smooth and shock-resistant performance. ->Movendis belts handle torque surges from heavy vegetation loads without fraying or elongating. Vegetable & Carrot Harvesters UCrops like carrots, onions, or lettuce demand gentle handling. ->Anti-marking surfaces and vibration-damping layers preserve crop quality through pickup, elevation, and transport. Combine Harvesters Today’s combines are multifunctional, high-capacity systems. Belts operate in dusty, vibration-heavy conditions with long daily cycles. ->Our raw edge cogged and molded V-belts resist glazing and slippage for clean threshing and separation. Mulchers Precision-ground engagement and minimal soil disruption are key. ->Our belts ensure consistent blade RPM even under changing topography and crop density. Forage Wagons Belts must resist misalignment, moisture exposure, and uneven loading. ->Movendis designs handle lateral stresses and sudden loads with reinforced stability cords. Mowers Focus on clean cuts and low power consumption. ->We deliver belts that reduce friction drag and extend the life of mower decks and blades

TECHNICAL HIGHLIGHTS Typical Failure Modes Solved Glazing or hardening ➝ Solved by anti-slip rubber blends and heat shields Slippage in wet/dusty conditions ➝ Solved by friction-optimized profiles Cracking from cold starts ➝ Solved with high-flex, low-temp compounds Misalignment damage ➝ Solved with specific cogged shape profile, angle cut (not ground) profiles and flex-balanced cores Shock overloads ➝ Solved with embedded high-tensile cords and damping layers Belt Technologies Offered EPDM Raw Edge Cogged V-Belts and Variable Speed belts– Compact, flexible, efficient for fan/pump drives Double...