Sanitary cleaning ball are used to wash the inner surface of both horizontal and vertical containers. Cleaning ball for irrigation of surfaces with rinsing water and detergent solutions are stationary and portable. A stationary cleaning ball is installed, as a rule, in the upper part of the tank and is constantly in it, and a portable cleaning ball is in an open hatch only during tank cleaning.
Stationary cleaning balls are used in two types: non-rotating and rotating:
Non-rotating cleaning balls are a hollow ball-shaped or otherwise shaped head with round or slotted holes. The number of holes and their location should ensure uniform distribution of jets on the inner surfaces of the containers;
Rotating cleaning balls can be in the form of a ball-shaped head with tangential holes. When liquid jets exit from the holes, reactive forces arise, directed tangentially to the head surface. As a result, the cleaning balls acquires a rotational motion.
Rotating cleaning balls irrigate the inner surfaces of containers more intensively than non-rotating ones. Rinse water and cleaning solutions are supplied to the cleaning balls by a centrifugal pump, which takes them from special tanks.
Sanitary Food Grade Jacketed ball valve with Heat Preservation
Sanitary Food Grade heating jacketed ball valve
Sanitary Food Grade Jacketed ball valve with Heat Preservation for chocolate
Sanitary Food Grade Jacketed ball valve with Heat Preservation is largely use to sustain process media temperature during process to keep fluids at a lower viscosity to operate valve smoothly,
Sanitary Food Grade Jacketed ball valve with Heat Preservation is widely used in Food Process, like chocolate , and other anti-crystallization and heating insulation industry system.
The Sanitary Food Grade Jacketed ball valve with Heat Preservation is specially developed to maintain a temperature in the valve. The volume of steam or hot water in the jacket depends on the size of the ball valve,
DN 8 to DN 150 / 1” to 4” Reduce bore, Full bore, True bore
-50°C to 280C
Type of connections
– Butt weld, Socket weld, Thread (NPT and BSP), Triclamp ends, Orbital welding, DIN 11851 – Jacket: Thread
The safety valve is a relatively special branch of the valve family. Its particularity is because it is different from other valves that only play a role of switching, and more importantly, it plays a role in protecting the safety of the equipment.
Safety valves are generally divided into spring-type safety valves, lever-type safety valves, and pulse-type safety valves according to their structure. Among them, spring-type safety valves are commonly used; according to the connection method, they are divided into threaded safety valves and flange safety valves. The diameter of the safety valve is generally not large, the commonly used ones are between DN15mm-DN80mm, and more than 150mm are generally called large-diameter safety valves.
A safety valve is a special valve whose opening and closing parts are normally closed under the action of external force. When the medium pressure in the equipment or pipeline rises above the specified value, the medium is discharged outside the system to prevent the medium pressure in the pipeline or equipment from exceeding the specified value. .
Safety valves belong to the category of automatic valves, which are mainly used in boilers, pressure vessels and pipelines. The control pressure does not exceed the specified value and plays an important role in protecting personal safety and equipment operation. Note: The safety valve must be pressure tested before it can be used. Sanitary safety valves (including welded, fast-mounted, and free-to-use) safety valves are closed when the pressure is normal.
This safety valve is widely used in food, wine, beverages, dairy products, toothpaste cosmetics, biopharmaceutical and other industries.
Sanitary cleaning ball is divided into: rotating sanitary cleaning ball/fixed sanitary cleaning ball/horn type sanitary cleaning ball/rotating sanitary tank washing device/fixed sanitary tank washing device/horn type sanitary washing tank Connectors, etc., the connection forms are: welded, fast-mounted, and threaded.
Rotary cleaning ball: Rotary cleaning ball is a kind of rotating spray head, which uses detergent to clean and spray the tank comprehensively. Because this equipment uses less washing liquid under low pressure, it is an effective alternative to traditional fixed spray balls. The use of double ball bearings in the rotating head makes this type of cleaning ball series suitable for all sanitary and industrial cleaning applications, including cleaning tasks for all sanitary and industrial products such as storage tanks, reactors and containers.
Working principle of cleaning ball:
Rotary cleaning ball: The cleaning liquid rotates the cleaning ball nozzle through its own power, and the fan-shaped jet forms a vortex in the entire tank and the reaction vessel, thereby effectively removing the residual products on the surface of the container and achieving a cleaning effect.
Fixed cleaning ball: The cleaning ball passes through the nozzle small opening of the cleaning ball to form a jet that sprays around, thereby removing the residual product left on the surface of the container and achieving a cleaning effect.
The aseptic sampling valve is a special valve used for disinfection and sterilization before and after each sampling operation
The structure of aseptic sampling valve mainly includes sealing rubber sleeve, sample storage cavity, sampling port, stainless steel thimble, spring, thimble cannula, manual rotary handle (the difference between automatic aseptic sampling valve and manual is whether pneumatic device is used, the basic principle In the same way, aseptic sampling valves are normally equipped with sampling port seals of appropriate size).
Its basic working principle is that when it is in the closed state, the thimble is pushed by spring tension or other pressure, and the sealant head is pressed against the opening of the tank wall by the thimble to achieve the sealing effect. If sampling is required, steam or other sterilizing medium is introduced from one of the sampling ports, and the entire sample storage cavity is filled with steam and exported from the other sampling port. After a certain period of time, the sample storage cavity and the sampling port are sterile. status. Then, by twisting the handle, contracting the spring and relaxing the thimble, the sealant head is separated from the opening on the tank wall, so that the sample flows out of the tank through the sample chamber and is collected from the sampling port. After sampling, turn the handle to relax the spring, and press the sealant head against the opening of the tank wall through the thimble again.
The application media of the aseptic sampling valve are cold wort, fermentation broth, yeast mud, deoxygenated water, sake, sterile water, etc.
Rotor pumps are also called colloid pumps, lobe pumps, three-lobe pumps, universal transfer pumps, etc., and rotor pumps are positive displacement pumps. It achieves the purpose of transporting fluid by means of the periodic conversion of multiple fixed-volume transport units in the working chamber. The mechanical energy of the prime mover is directly converted into the pressure energy of the conveying fluid by the pump. The flow rate of the pump depends only on the volume change value of the working chamber and its change frequency per unit time, and (theoretically) has nothing to do with the discharge pressure; the rotor pump is working In the process, a pair of synchronously rotating rotors is actually used to achieve the purpose of conveying materials.
The coupling is assembled as a whole to make the volume smaller (the length can be shortened by 100-250mm), reduce the footprint, compact structure, stainless steel outsourcing, mirror polishing, beautiful appearance, high-grade, and avoid the peeling of the original paint. Performance optimization: the use of the coupling as a whole is assembled to reduce the power consumption of the elastic coupling, noise and wear replacement to improve work efficiency, and obtain the highest efficiency, the smallest internal sliding and a longer service life.
The rotor pump relies on two synchronous and counter-rotating rotors (the number of teeth is 2-4) to generate suction (vacuum) at the inlet during the rotation, thereby sucking in the material to be transported. The two rotors divide the rotor chamber into several small spaces and run in the order of a→b→c→d. When running to position a, only chamber I is filled with medium; when reaching position b, part of the medium is closed in chamber B; when reaching position C, chamber A is also closed with medium; when reaching position d, chamber A and chamber Ⅱ The chambers are connected, and the medium is delivered to the outlet. In this way, the medium (material) is continuously transported out.
Food and beverages: dairy, latex, chocolate, syrup, cheese, wort, beer, soda
Fruit concentrates: pudding, jam, jelly, tomato sauce
Paste products: fats and oils, etc.
Cosmetics: creams, detergents, hair gels, perfume oils, etc.
Drugs: extract, emulsion, pill slurry, etc.
Chemical industry: dyes, fats, solvents, resins and polymers
The sanitary ball valve is a stainless steel material processed by high-grade polishing equipment, with a smooth and beautiful surface. Used in food, pharmaceutical, bioengineering and other industries! It is widely used in piping equipment with high sanitary requirements such as pharmaceuticals and food. The main valve body material is stainless steel 316L as the main material of the valve body.
The sanitary ball valve is usually connected to the pipeline with a clamp quick installation, which can be more convenient for disassembly, maintenance or cleaning. It is made of SUS304 and 316L stainless steel materials. The inner and outer surfaces are polished and sterilized, and they have undergone precise inspection procedures and strict quality management, which can meet the special requirements of wine, food, biopharmaceutical and other industries. The all-inclusive F4 seal is adopted, there are no dead corners and it is easy to clean, and there is no medium accumulation area, which completely guarantees cleanliness and conforms to food hygiene regulations.
The sanitary ball valve is equipped with solenoid valves, travel switches and other related accessories, which can be used for remote automatic control. It can also be equipped with a valve positioner to input 4-20mA signals according to the needs of working conditions to adjust the pipeline medium proportionally. The channel with smooth inner walls, no dead ends, seamless, automatic emptying, etc. is also very suitable for the needs of on-site cleaning, and is widely used in many industries such as food, wine, beverages, dairy products, fine chemical pharmacy and bioengineering.
Quick install sanitary check valve is also called one-way valve or check valve, its function is to prevent the medium in the pipeline from flowing back. The bottom valve of the pump to close the water is also a check valve.
A valve in which the disc slides along the centerline of the valve body. The quick install sanitary check valve is a new type of valve. Its small size, lighter weight, and good processing technology are one of the development directions of check valves. However, the fluid resistance coefficient is slightly larger than that of the swing check valve.
The valve that opens or closes by the flow and force of the medium to prevent the medium from flowing back is called a check valve. Quick install sanitary check valves belong to the category of automatic valves, which are mainly used in pipelines where the medium flows in one direction, and only allow the medium to flow in one direction to prevent accidents.
Products are widely used in pipelines in various working conditions such as petroleum, chemical, pharmaceutical, and electric power industries. Quick install sanitary check valves must undergo strict air tightness testing before they are produced and shipped. Traditional methods use oil and water as the medium to detect low efficiency, and use air as effective air tightness testing, which is faster and less efficient than traditional oil and water testing Pollution is widely used in industrial production.
The sanitary exhaust valve is used to maintain the normal pressure level in the system. If this value is exceeded in a storage tank or pipeline, the equipment helps to discharge quickly. These equipments are usually purchased and installed in the food industry enterprises. This is based on the technical process. In the fermentation process of liquid or emulsion, high pressure will be formed in the production process of beer, natural waffle, alcoholic beverages and some seasonings.
The pressure of the exhaust valve is adjusted by a screw cap. The pressure value can be read on the scale on the lower edge of the lid. Devices without pressure limiters can be adjusted by moving the scale.
If the pressure in the reservoir exceeds the set spring resistance, the valve diaphragm will rise. The excess pressure is discharged through the gas inlet into the container, which has been previously filled with clean water. At low temperatures, glycerol can be used to dilute water by one third (by volume).
The sanitary exhaust valve is very professional. A professional exhaust valve is used on the CCT tank to control and release the pressure, allowing you to monitor the fermentation process using a glass filled with liquid (water). The sanitary exhaust valve is completely made of AISI 304 stainless steel, fully foldable and easy to clean.
Sanitary air release exhaust valves are widely used to protect production lines from pressure drops and maintain the set pressure in the production area. This equipment is particularly widely used in the beer industry; during the fermentation process, a certain pressure must be maintained so as not to destroy the technology. Use when you do not want to collect carbon dioxide.
Sanitary angle globe valve is a general switch in automatic control system widely used in printing, dyeing, bleaching, food, washing, chemical, water treatment, pharmacy and other automated machines and equipment.
The angle seated valve design is highly leakproof, maintenance-free and reliable. Large flow, low resistance and no water hammer: Y-type shape expands the flow path, which can increase the flow by 30% and make the flow smoother.
Very long service life – valve stem – AISI 316 L with strong anti-corrosion ability. The PTFE seals are wedge-shaped which help the seam to adjust and lubricate automatically.
Extended pilot cylinder. Cylinder material is stainless steel or thickened engineering plastic, automatically lubricated, maintenance-free, and rotates 360 degrees freely.
The Sanitary Stainless Steel Angle Seat Valve is applicable in the dairy, brewing, chemical and pharmaceutical industries. It is driven by a single pneumatic actuator, selectable from normally closed (NC) or normally open (NO) configuration.