Our company is offering precision engineered range of Gas Dryers, which is designed to work on very simple methodology. The wet incoming gas once passed through filter then passes through the slide piston valve assembly and directed towards the chamber. These dyers are tested for optimum performance before being delivered to the clients.
Our company provides CO2 gas dryers control with PLC (programmable logic controller), which is used to purify gases in a process stream. They are used to reduce or eliminate point-of-use impurities in gases such as helium, hydrogen, methane, nitrogen, and carbon dioxide
We offer Industrial purpose dryer, which is required for an effective functioning of various pneumatic systems. These industrial purpose dryers are relatively simple in operation which accept feed in fluid state and convert it into a dried particulate form by spraying the fluid into a hot drying medium.
Less wear and tear of atomising system due to absence of any moving parts
Our company is engaged in offering Refrigerated Dryers, which are designed to suit the Indian atmospheric condition. Our range is equipped with fine filter combination with auto drain, which leads to effective partition and lowest achievable dew point. Further, our range is outfitted with user friendly control panel for effective functioning. Owing to its compact design and trouble free operation it is widely used in blow molding machines and rice mills.
We offer optimal quality Heated Air Dryers which are highly efficient and accurate. Our Internally Heated Air Dryers are made up of the best quality equipments and parts. We provide our Heated Air Dryers at competitive prices and also well within the stipulated time.
The Drying unit has 2-vessels filled with Activated Alumina or Molecular sieves desiccant. One vessel remains in drying cycle for 4 hours, while other vessel simultaneously regenerates at atmospheric pressure. Around 3% flow of dryer capacity is used as purge for regeneration. Electrical heaters are provided in a central finned Stainless steel pipe in both drying vessels. Heating cycle is for 2 hours and in this time hot purge air increases desiccant temperature to around 100 degree C. At this temperature regeneration is complete (due to dry air purge). Dew point achieved is around (-) 40 degree C. If still lower Dew point is required, air purging rate is slightly increased to 5% for (-) 60 degree C and to 7.5% for (-) 80 degree C Dew point.