Used HAN & TANG CT395-6-NC2 #9286458 for sale

ID: 9286458
Vintage: 2013
Nitrogen cabinet 2013 vintage.
HAN & TANG CT395-6-NC2 is a facilitie equipment that is used for the preparation and mixing of a wide range of different materials. It is an economical yet versatile unit that can be used for mixing, blending, homogenization, and emulsification for a variety of applications. The unit is equipped with two main components; a high-speed stator and a low-speed rotor. The high-speed stator contains six individually adjustable blades that provide a highly effective cutting and homogenization effect. The low-speed rotor ensures the required shear force for processing product in every type of application where efficient mixing and homogenizing is required. The rotor is centrally located within a durable stainless steel housing and can be adjusted for a wide range of applications. CT395-6-NC2 is a reliable and robust machine that is designed to deliver high performance and low downtime. It is powered by a 3-phase motor that offers a maximum power output of 7.5 kilowatts and a torque output of up to forze 5600 Nm at 60HZ. The unit is capable of providing outstanding mixing speeds of over 1600 rpm for maximum efficiency. An easily accessible control panel allows users to easily control and adjust the speed and direction of the unit's operation. HAN & TANG CT395-6-NC2 is designed with various safety features including an overload sensor to prevent excessive stress on the motor and blades, emergency stop buttons to quickly stop the mixer in case of an emergency, and protected electrical components. The mixer also features a dust-proof casing and a special shaft sealing system to reduce any possible risks of dust or spillage. CT395-6-NC2 is a high-performance unit that provides users with a reliable and efficient mixing solution. This unit is suitable for a wide range of materials including emulsions, sauces, paints, polymers, and more. With its advanced blade design and remarkable power output, the unit offers maximum efficiency and minimum downtime.
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