![]() ![]() Quality, Innovation and Service is our reality to satisfy our customers with best market strength in their business. Their main products, include Oil Free Mini Air Compressors, Air Pumps, Ring Blowers, Roots Blowers, HVLP Tanning Kits, Aerators, Diffusers and Sewage Pumps, which are specialized in wastewater treatment and aquaculture industries.Įstablished in 1993, Sun Mines has good and efficient in OEM or ODM products development at good quality and competitive price by our R&D and production line teamwork. ![]() ![]() has been an air pump and ring blower manufacturer. Located in Taiwan since 1993, Sun Mines Electrics Co., Ltd. Established in 1993, Sun Mines has good and efficient in OEM or ODM products development at good quality and competitive price by our R&D and production line teamwork. BLOWTAC is a high-quality Oil Free Mini Air Compressors, Air Pumps, Ring Blowers, Roots Blowers, HVLP Tanning Kits, Aerators, Diffusers, Sewage Pumps manufacturer from Taiwan since 1993. Let BLOWTAC oil free air compressor be the best choice of your solution. We offer OEM manufacturing with high reliability and stability of performance, efficient and effective satisfaction of client. We also produce big flow and 40 bar high working pressure oil free compressor for pet blowing machine. We have TC-10, TC-20, TC-30 oil free mini air compressor for air brush, tanning solution spraying, injection gun or meso-gun for skin beauty. If you are looking for a collaborative approach to getting a more efficient compressed air system then contact the team at Pye-Barker on 40 or drop us a line and we can help find the right compressor solution for your situation.Oil Free Mini Air Compressors - BLOWTAC Mini Air Compressor | Over 25 Years Air Pumps & Ring Blowers Manufacturer | BLOWTACīLOWTAC Mini Air Compressor manufacturer. It can make sense to invest a little extra up front to slash your power bills. Power consumption represents up to 75% of the total cost of ownership of an air compressor while the purchase price is usually 10-15%. This sort of lateral thinking is necessary when you are looking to buy your next air compressor(s). It means you’ll still be able to meet peak demand but you’ll consume less power while your compressors are idle or your compressed air consumption is low enough that a single compressor can fulfill the demand, then the second compressor can provide the additional air when it’s needed. However when faced with demand that spikes you might find that running two 25hp compressors instead of purchasing a single 50hp compressor will be more energy efficient. However if you are using your compressed air to propel abrasives, the demand will spike while you’re blasting but the rest of the time your compressed air needs might be minimal.īoth scenarios could see a 60% duty cycle for a given air compressor… but you will find the dynamics of your duty cycle will influence your best choice.Īs a rule when you have continuous demand you are better off taking the larger compressor that delivers the volume of air you need at the desired pressure. So if you need a series of air tools to run 10 hours a day then the demand is fairly constant. However it will turn on and off based on the demands of your compressed air appliances. ![]() So 60% duty cycle means your air compressor will run at full capacity 60% of the time and be unloaded the remaining 40%. The rest of the time it is running unloaded. Just in case – duty cycle is the amount of time it needs to be running at full capacity. The Best Choice of Air Compressor Depends on Your Duty Cycle There are other options too such as a Variable Speed Drive or modulating inlet air compressors… as well as system design features like storage tanks. Think about the money the National Weather Service spends trying to forecast tomorrow to get it wrong… To be fair when you buy an air compressor you are guessing or modelling what you think your future demand for compressed air will be over the life of the compressor. Installing two compressors that have the same total output as the larger one but will have a lower power demand while they are unloaded. Installing a single big air compressor that can deal with the peak load of the system (as well as future increases in demand)? A lot of workshops and ‘less complicated’ compressed air systems owners often face a variation on which compressor option should we take? ![]()
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