Shandilya Techno Plast

Samarth Nagar, Aurangabad, Maharashtra

• Brand NameFitch
• Grade StandardTechnical Grade
• ApplicationIndustrial
• Other NamesCatalyst
• MaterialZinc
• FeatureEasy Fitting, High Grade

• Body MaterialPolycarbonate & Metal
• Packaging TypeBox
• ApplicationPower Saving
• Power Saving %12/15%

A Product Invented and manufactured in the UK by British   Engineers to: Save energy by as much as 30% Increase the life of equipment Increase the safety of food storage Save CO2emissions and reduce carbon footprint   How does an EndoCube Work ? It fits over the thermostat sensor on commercial refrigeration units. Microcrystalline wax within the EndoCube mimics food and encases the thermostat sensor preventing fluctuating air temperatures from controlling the refrigeration unit. The EndoCube turns the refrigeration unit on and off as the product temperature demands it. Because air no longer causes so many random stop starts, longer on/off cycles lead to considerable energy savings.   Key Benefits Energy Savings Trial results show that fitting an EndoCube typically reduces a refrigeration units energy consumption by 15-20% but in some cases it can exceed 30%. This benefit comes from the longer on/off cycles i.e less starts and stops. This will reduce energy bills significantly.   The Environment As previously mentioned, fitting an EndoCube will reduce energy consumption from a refrigeration unit by 15-20% on average. This will lead to a similar saving in CO2 emissions which in the current environmental climate is significant.   Extended Equipment Life The less starts and stops caused by the EndoCube will extend the lifespan of a refrigeration unit, especially the thermostat and compressor. This will lead to fewer plant failures, less engineering call out charges and reduce expenditure on replacement parts

• MOQ 1 Piece
• Brand NameFitch fuel catalyst
• Applicationoven, furness, DG, boilers, etc
• Country of OriginUSA
• Number Of FlowerFitch

What is IceCOLD® ? IceCOLD® is a scientifically engineered synthetic catalyst designed to restore lost efficiencies in all HVAC and refrigeration systems by eliminating what ASHRAE defines as oil fouling. What is Oil Fouling ? American Society of Heating Refrigeration and Air Conditioning Engineers ASHRAE states that .5 to 8% of the compressor oil circulates through the coils of an air conditioning or refrigeration system and the oil will stick to the inner walls of the refrigeration coils, creating a layer of Oil Fouling, which is about 2% of the diameter of the tubing. This oil fouling layer creates an additional medium of heat exchange which reduces efficiency. HVAC and Refrigeration Systems Chillers A chiller is a system where water (or glycol or saltwater brine) is cooled, not the air. Unlike air cooling, water is used as the heat conductor. Water (brine) or Glycol (antifreeze) is circulated, instead of air, to cool a space or object. Water is cooled in a “barrel” with the evaporator refrigeration coils running through it. The cooled or chilled water is pumped to a heat exchanger or “radiator” in the space to be cooled. A fan blows over the radiator, containing the chilled water, which cools the air. The chiller system is more efficient than an air system since water carries more heat per unit space, then air. The water is cooled to 42 48 degrees F and then returned from the radiator to the chiller barrel for re cooling. It is returned to the radiator again and again to cool the designated space. Chillers can have reciprocating, screw, or centrifugal compressors. For all chiller applications it is critical to confirm the compressor type, refrigerant type, and oil separator type to determine the blend and quantity of IceCOLD® that should be used. Compressor Systems Centrifugal Compressors can contain a separate oil circuit and no DX valve. In this case we add IceCOLD® Centrifugal Blend to the refrigerant circuit at .3 ounces per ton. We separately add IceCOLD® Lubricity Blend, to the oil circuit at 2% of the manufacturers stated oil charge. It is an industry known fact that oil fouling occurs from oil intruding into the refrigerant circuit over time through leaky seals. This makes Catalyst 1 effective in removing oil fouling. Catalyst 2 reacts as it passes through the DX valve which is nonexistent in these systems. The IceCOLD® Standard Blend is compatible with Rotary (screw) compressors provided that there is not a Coalescing Oil Separator. Coalescing Oil Separators are generally a horizontally mounted cylinder. On Rotary (screw) compressors that do not have a coalescing oil separator, IceCOLD® Standard Blend is added to the refrigeration circuit at 10% of the manufacturers stated oil charge. CENTRIFUGAL A centrifugal compressor model number will normally be located on the front or side of the control panel. The refrigerant type and overall tonnage of the unit is also required for centrifugals and can usually be obtained by asking the on site technician or maintenance personnel if not listed on the control panel. SCREW A screw compressor’s information will normally be located on the control panel, or on the actual compressor itself. Tonnage is not a requirement for screw compressors; however, refrigerant type must be noted. We never install IceCOLD® in ammonia refrigerant with screw compressors.

Induction heating is a non-contact heating process. It uses high frequency electricity to heat materials that are electrically conductive. Since it is non-contact, the heating process does not contaminate the material being heated. It is also very efficient since the heat is actually generated inside the work piece. This can be contrasted with other heating methods where heat is generated in a flame or heating element, which is then applied to the work piece. For these reasons Induction Heating lends itself to some unique applications in industry.   ADVANTAGES OF INDUCTION HEATING Saves 40%+ energy. Reduces maximum power demand on heating load BY 25% Reduces over all ambient temperature due to reduced heat loss, hence keeping the environment cool. Low start up time during power failure. Consistent heating. Low on maintenance. Flexible size and wattage.   SMART INVESTMENT Your investment in induction heating system will pay for itself with power cost savings and other cost and quality benefits. These includes scrap stemming from less variation in melt temperature and faster response to changes in target melt temperature. The payback period on investment cost for induction heating system is highly dependent on electricity rate, machine size and product schedule (i.e. hours of operation per year). In most cases the payback period is from 10 to 15 months. Bigger the load lesser the Pay back.   APPLICATION FIELDS Plastic machinery Chemical machinery        Petroleum machinery Mould heating Metal smelting Food machinery Boilers and other heating equipment's.  

• MOQ 5000 Piece
• ApplicationHospital, Clinical
• TypeReusable
• Mask Securing MethodEar Loop
• ColorsBlue
• FeatureSoft lining
• Mask TypeDisposbale