CONTROL PANEL

Control Panel consists of degital temp controllers to make the system ON/OFF at set temp automatically.All required electrical switchgears as
per the customers requirement will be installed in power coated MS pan-
el of required size.
          Furthure we can also offer thermostatically controlled panels for
various requirements.

STT HEATING  VESSEL

For the desired application, heaters will be wound over the fabricated M.S/S.S vessel with 2” thermal insulation. This system is ideal for melting Gum, polymers, Asphalt, Bitumen, Tar,Varnish, Fats, Glucose, Wax, etc.

EXTREMELY CONVENIENT AND EASY TO HANDLE
 
NO HOT SPOTS

HEATERS ARE MOUNTED ON VESSEL PERMANENTLY, HENCE INCREASE IN LIFE SPAN OF HEATERS.

RETAINS HEAT IN THE VESSEL FOR LONG PERIOD DUE TO HIGH INSULATION.

The Vessels have INLET and OUTLET. Drains Valves, Agitators are also mounted as per requirements of client.

STT DRUM HEATER

This is a convenient and efficient mode to melt nitrotoluence and may other viscous and solidified materials such as Grease & heavy Oils, Phenol, Glucose, Wax, Varnish, Paints, Fats, Tar, Bitumen Asphalt, etc.

STT Drum Heaters : They operate in the black heat temperature range and act as thermostatically controlled mobile ovens. Heater drum is uniformly heated avoiding risk of overheating of the contents and damaging heat sensitive materials. The DRUM HEATER is designed to provide maximum heat flux at the bottom. This enables faster and uniform heating. Sectional heating can also be provided when partially filled drums are to be heated.

EXTERNAL SURFACE REMAINS AT LOW TEMPERATURE TO ENABLE SAFE HANDLING OF THE HEATER EVEN WITH BARE HANDS. THERE ARE NO HOT SPOTS.
These drumheaters can also applied in hazardious application

STT Drum Heater  consists of a cylindrical metal/ PVC cover carrying flexible heating elements. A 2” thick thermal non-conductive material of glass wool provides insulation and the metal/ PVC casing makes for a rugged unit that can be wrapped snugly around the drum. In addition to the simplicity and safety associated with surface heating. STT offers all the advantages of electric heating such as cleanliness, easy control and operating efficiency.

STT HEAT TRACER

Trace heating system for long pipelines.

STT Traces are multi-standard nichrome wire insulated with PTFE to give high temper-
ature rating and weather proofing braided with glass yarn for efficient heat transfer and
H type varnish coating. Ideally suited for fuel pipelines carrying Furnace/LSHS/Post Fcc Oils/Other Viscous Oils in process pipelines/ storage tanks.

STT electrical heat tracing is a process of applying heat to the external surface of tank/
pipe to maintain specific temperature of the contents.

Advantage of electric tracing over steam tracing

Cost  : Electric tracing system is very much cheaper then steam tracing. Pipes, fittings & system used for steam generation not necessary for electric tracing. Hence saving factor of 40% to 50%.

Efficiency : Heat loss in electric tracing is negligible over steam tracing due to its high insulation.

Cost of Maintenance : Maintenance cost of electric tracing is almost negligible since there is no corrosion, leakage & pollution when compared to steam tracing.

Installation : Electric tracing system can be installed very easily when compared to steam tracing.

STT HEATING TAPES

These have a wide range of application and can be designed to heat any complicated structure i.e. Valves, Filters, Storage Tanks, Pumps, Process Pipelines, Motors, etc.

Salient Features

        Uniform heating
        High Flexibility
        Light Weight
        Elegant look
        Very high efficiency
        Temperature upto 800 c
        Easy handling

STT HEATING JACKETS

These are purely custom built to suit specific requirements. These heating jackets find applications in maintaining temperature in reactor vessels for easy flow of fluid while handling Road Tankers. Ice Prevention & Icing in Radar Reflectors, Aircraft propellers and Nose Cones.

These are easy to install at low cost. These can withstand exposure to high temperature and are compatible to common voltage. And, at the same time, cost less.