Gates Corp

Gates® Power Transmission 12MJ-12FP SAE to SAE Hydraulic Flange Adapter, 1-1/16-12 x 3/4-14 Nominal, Male 37 deg JIC Flare x Female NPTF End Style, Steel

Gates® Power Transmission 12MJ-12MJ-12MP SAE to SAE Hydraulic Flange Tee, 1-1/16-12 x 1-1/16-12 x 3/4-14 Nominal, Male 37 deg JIC Flare on Run x Male NPTF End Style, Steel

Gates® Power Transmission 12MJ-16MP SAE to SAE Hydraulic Flange Adapter, 1-1/16-12 x 1-11-1/2 Nominal, Male 37 deg JIC Flare x Male NPTF End Style, Steel

Gates® Power Transmission 12MJ-16MP90 SAE to SAE Hydraulic Flange Adapter, 1-1/16-12 x 1-11-1/2 Nominal, Male 37 deg JIC Flare x Male NPTF End Style, Steel

Gates® Power Transmission 12MJ-8MP SAE to SAE Hydraulic Flange Adapter, 1-1/16-12 x 1/2-14 Nominal, Male 37 deg JIC Flare x Male NPTF End Style, Steel

Gates® Power Transmission 12MP-12MP90 SAE to SAE Hydraulic Flange Adapter, 3/4-14 Nominal, Male NPTF End Style, Steel

Gates® Power Transmission 12MP-16FPX SAE to SAE Hydraulic Flange Adapter, 3/4-14 x 1-11-1/2 Nominal, Male NPTF x Female Swivel NPSM End Style, Steel

Gates® Power Transmission 12MP-8MP SAE to SAE Hydraulic Flange Adapter, 3/4-14 x 1/2-14 Nominal, Male NPTF End Style, Steel

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.

Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.