Air receiver tanks are designed to provide a supply buffer to meet short-term demand spikes that can exceed the compressor capacity. They also serve to dampen reciprocating compressor pulsations, separate out particles and liquids, and make the compressed air system easier to control. In some cases, installing a larger air receiver tank to meet occasional peak demands can even allow for the use of a smaller compressor.
Project name: Water project of Riyadh, Saudi Arabia Equipment Name: Surge TankManufacture Code: PED, PD5500Specification: ID 2600**40mm*30000Medium: Potable waterDesign pressure: 3.6MPa Material: SA516M Gr.485Volume: 150m³Weight: 60 ton
Steel-glass fiber reinforced plastic double layers buried oil tank, 112 m
Large storage tankcan do odm & oem
Description Composite autoclave (also called industrial autoclave for composite material) is the pressure vessel specially designed and manufactured to fabricate composite material, it is one of the our hot sale industrial autoclave products. Composite material (also called a composition material or composite) is made from two or more constituent materials with significantly different physical or chemical properties that produce a material with characteristics different from the individual components when combined. Industrial composite autoclave is one of the effective and most applicable techniques for composite production. In the composite manufacturing process, the assembly of a two-sided mold set that forms both surface of the panel is placed into the industrial autoclave which provides both required elevated pressure and elevated temperature. Composite Autoclave Features High quality, safety, easily operation, control and longer serve life are primary design and fabrication considerations. All our industrial autoclaves are integrated as a seamless system by the powerful controlling system with interactive screens and multilevel security. Turn key solution for large, high productive units to lab autoclaves. Integrated system design with over 20 years of industrial experiences. Professional modular manufacturing. Computer control system specifically for composite autoclave use. Automatic control of over pressure or temperature protection, door safety interlock. High quality, energy saving. Customized installation to satisfy your demands. Safe operation, over pressure and temperature protection, door safe interlock. Advanced composite curing and bonding process. Reliable and efficient operation. Custom designs to suit your needs. Easy to operate, longer service life. Applications of Composite Autoclave STRENGTH Equipment is the professional industrial autoclave designer and manufacturer to complete autoclave for composites systems that satisfy to the exact requirements of customers. Our composite autoclaves are customized and refined to provide a reliable, safe, precise and efficient composite material production equipment with many years of industrial experiences.
Gas Storage Tank (also called compressed air storage tank, air tank, Co2 tank, Oxygen tank, Lpg Gas Tank or nitrogen tank, etc al) is widely used to store and transport gas which keep the stored gas in stable pressure. According to the different ability of bearing pressure, STRENGTH Brand gas storage tank is divided into has high pressure, low pressure and normal pressure storage tank. It can reduce pressure pulsation, the temperature of compressed air, the load on the filter and desiccant. Features of gas storage tank: High plastic toughness, uniform force and reasonable stress distribution. Good corrosion resistance, to eliminate the stress of heat treatment. Finite element analysis of fatigue design. The perfect quality assurance system with advanced manufacturing process bring high quality products. Varieties and different tanks meet customized requirement.
Air Storage Tank is a special equipment which is used to store compressed air and make the pressure steady. There are high, low and atmospheric pressure air storage tanks according to the different Max Operate Pressure. Compressed air storage tank is a welding cylinder what is made by carbon steel. The major material of sheel and head is SA-414. Most of the welding seam was welded by Automatic Submerged (ARC) Machine The air storage tank should be connect with the air compressor. They not only can store the compressed air and decrease the pressure impulse to make the pressure steady, but also reduce the air temperature to decrease the loading of filter and dryer.
HK-CA200/200V is one kind of ASME air receiver tank with 200Gallon capacity and 200PSI Max operate work pressure. This air receiver tank is designed in accordance with ASME VIII SEC I. At the same time,all the documents and fabricating process are governed by SGS which is the authorized inspector by ASME organization and print U-stamp on the nameplate after finishing the farication. The mainly material of HK-CA200/200V is SA-414-G such as the 2:1 Elliptical Head and Shell. The NPT nozzles are made of SA-105M.The tank sets up pressure gauge,drain valve,relief valve aslo as the neccessary connect nozzle. The air receiver tank acts an important component in the air compressed systerm.Not only to make the air more cleaner,reduce the air temperature but also can buffer and surge the pressure impulse from the air compressor to protect other tools and equipment. So you can see how important to choose a reliable and safty air receiver tanks for your systerm. The more safty,the better. HK-CA200/200V is also available for CRN,DOSH,PED,MOM certificates if customers require.
An air receiver is an imperative component of every compressed air system. An air receiver tank acts as a buffer and a storage facility between the compressor itself and the process consumption. Air receivers equalize the pressure variation from start/stop and modulate the sequence of the compressor, store air volume equalizing the variation in consumption and demand from the system and, finally, collect condensate and water in the air after the compressor. Air receiver tanks consist of a primary receiver located near the compressor and a secondary receiver located close to points of larger air consumptions.
Standard:ce ul tuv. Material:sus 304, sus 316 polish:0.6um thickness:inner:4.0mm, jacket: 2.0mm pressure:test: 0.3mpa capacity in liters:200l, 3000l, 5000l, 1000l, 2000l, 3000l, 4000l, 5000l. Capacity in bbl:3bbl, 5bbl, 7bbl, 10bbl, 20bbl, 30bbl, 40bbl. Insulation:100mm polyurethane valves:carbonation stone, spray ball, sample, pressure, drain, release etc.
Standard:ce ul tuv. Material:sus 304, sus 316 polish:0.6um thickness:inner:4.0mm, jacket: 2.0mm pressure:test: 0.3mpa capacity in liters:200l, 3000l, 5000l, 1000l, 2000l, 3000l, 4000l, 5000l. Capacity in bbl:3bbl, 5bbl, 7bbl, 10bbl, 20bbl, 30bbl, 40bbl. Insulation:100mm polyurethane valves:carbonation stone, spray ball, sample, pressure, drain, release
Chocolate Storage Tanks are a crucial step in chocolate production - between the tempering and final molding phase. If you want delicately molded chocolates, the chocolate must be kept at the correct consistency and temperature. A highly advanced chocolate tank is the only way to achieve such results and exactly why you should choose GUSU Machinery as your machine suppliers. From 100L to 5,000L and higher in the standard range of vertical tanks. Larger capacity vertical and horizontal tanks can be built to suit your specific need. These fully Gusu Machinery made storage tanks are used to store finished liquid masses like chocolate, at a required temperature and are continuously moved by means of the stirrer in one direction. A heavy duty stirrer guarantees a continuous agitation of the mass. Water temperature in the jacket is controlled by means of a thermostat control which is governed by the setting on the control panel. Gusu chocolate Storage tank comes in a sleek stainless steel design. Its thick shell makes it highly durable and built to last years on your production line.
High quality ceramics strage tank , support oem service .
The water tank is is widly used in public water supply system in industry, buildings and so on. SMC GRP Water Tank is popular with all around the world now. It has lots of good performance like stretch-proof, bend resistance and anti-aging. Sealed through special glue, and no toxic, water resistance and small transfiguration.
Sectional Plastic Water Tank including three parts: (1) FRP panels ( Bottom panel, wall panel, roof panel and manhole) (2) Internal parts ( Internal ladder, tiepiece, support, tiepiece board, flanges) (3) External parts ( External ladder, angle iron, tie piece board, bolts and nuts, water level indicator) The material of internal and external parts as follows: Stainless steel 304 /316 Hot dip galvanized steel (HDG) Cold dipped galvanized steel (CDG)
1. Grade: SUS304,SUS316 2. Size: Customized 3. Standard: GB5749-85 4.12 months warranty time 5.Packing Details : Packing, wooden case, in nude, or by clients' requirement 6.Delivery Details : 15-30 days after order confirmed
Air receiver tanks are designed to provide a supply buffer to meet short-term demand spikes that can exceed the compressor capacity. They also serve to dampen reciprocating compressor pulsations, separate out particles and liquids, and make the compressed air system easier to control. In some cases, installing a larger air receiver tank to meet occasional peak demands can even allow for the use of a smaller compressor.
Pickling Tanks are used in surface treatment industries I.e. Galvanizing, pickling, electroplating.
Building Rainwater Harvesting System: Suitable for rainwater harvesting in areas such as building roofs and parking lots. By installing rainwater collection modules, rainwater from these areas can be collected and used for toilet flushing, irrigation and so on. Urban Green Space Infiltration and Drainage System: Structures such as recessed green belts or grass-planted trenches are designed in urban green areas to utilize the absorptive capacity of the soil and vegetation to perform preliminary filtration of rainwater and discharge it into rainwater collection modules for further treatment. Road runoff control:Collecting rainwater by installing permeable paving materials on roads or through a network of underground pipes and directing it to rainwater harvesting modules for storage. This approach helps to reduce waterlogging on roads and improve driving safety. Rainwater Reuse in Residential Areas: Roof gardens and ground infiltration devices are established in residential areas to collect and utilize rainwater as a non-potable source of water for landscaping and miscellaneous domestic drainage. Rainwater harvesting modules can be used as a core component of these systems to provide a stable water supply. Rainwater Harvesting Project for Public Buildings: Rainwater harvesting modules are installed in parks and squares as well as large public facilities such as parking lots to store and redistribute rainwater resources. These modules can be combined and assembled according to the actual demand to form different sizes and shapes of water storage tanks. Industrial Cooling Water Replenishment Application: Industrial areas can utilize rainwater collected by rainwater collection modules as one of the water sources needed for equipment cleaning and cooling and for replenishment during industrial processing. This approach helps to reduce the operating costs of enterprises and improve the efficiency of water utilization.
Building Rainwater Harvesting System: Suitable for rainwater harvesting in areas such as building roofs and parking lots. By installing rainwater collection modules, rainwater from these areas can be collected and used for toilet flushing, irrigation and so on. Urban Green Space Infiltration and Drainage System: Structures such as recessed green belts or grass-planted trenches are designed in urban green areas to utilize the absorptive capacity of the soil and vegetation to perform preliminary filtration of rainwater and discharge it into rainwater collection modules for further treatment. Road runoff control:Collecting rainwater by installing permeable paving materials on roads or through a network of underground pipes and directing it to rainwater harvesting modules for storage. This approach helps to reduce waterlogging on roads and improve driving safety. Rainwater Reuse in Residential Areas: Roof gardens and ground infiltration devices are established in residential areas to collect and utilize rainwater as a non-potable source of water for landscaping and miscellaneous domestic drainage. Rainwater harvesting modules can be used as a core component of these systems to provide a stable water supply. Rainwater Harvesting Project for Public Buildings: Rainwater harvesting modules are installed in parks and squares as well as large public facilities such as parking lots to store and redistribute rainwater resources. These modules can be combined and assembled according to the actual demand to form different sizes and shapes of water storage tanks. Industrial Cooling Water Replenishment Application: Industrial areas can utilize rainwater collected by rainwater collection modules as one of the water sources needed for equipment cleaning and cooling and for replenishment during industrial processing. This approach helps to reduce the operating costs of enterprises and improve the efficiency of water utilization.
