Для дополнительной информации или оформления заказа звоните по (812) 655-74-01 или оставляйте заявку через форму обратной связи. Гальванические ванны – купить гальваническое оборудование производства ТЕТРА в Санкт-Петербурге

Цена изделия рассчитывается индивидуально по каждому запросу

Все изделия производятся согласно ТУ 22.22.19−001−28354047−2018

Все сварочные работы выполняются сварщиками, имеющими квалификационное удостоверение НАКС

Возможные объемы: от 0.1 м3.

Материалы изготовления корпуса:

• полипропилен
• полиэтилен

 

Мы производим любые виды
гальванического оборудования:

• ванны цинкования
• ванны промывки
• ванны анодирования
• ванны хромирования
• ванны пассивации

По желанию заказчика  оснащаем ванны:

• запорной арматурой
• нагревателями (пар, электричество)
• токоприемниками
• ловителями
• штангами
• устройствами перемешивания
• устройствами качания
• бортотсосами
• шкафами управления

 

Производство гальванических ванн и емостей

Полипропиленовые гальванические ванны и емкости нашли широкое применение в различных производственных областях. Это основное оборудование гальванических линий. 

При производстве гальванических ванн мы применяем только материалы высшего качества лучших заводов-изготовителей России и Германии.

Вся наша продукция отличаются следующими характеристиками:

• высокое качество изготовления
• инертность к воздействию химических веществ;
• полная герметичность;
• безопасность для здоровья человека;
• удобство и надежность в процессе эксплуатации;
• долговечность;

ООО «ТЕТРА» производит промышленные гальванические ванны с доставкой по Санкт-Петербургу и всей России. Мы изготавливаем под заказ емкости любых типоразмеров и конструктивных решений в зависимости от особенностей технологического процесса. При производстве мы используем различные виды химически стойких пластиков. Выбор зависит от рабочей жидкости, условий эксплуатации и сферы применения:

• Полипропилен (ПП) является самым популярным материалом ввиду своих качеств – высокой термостойкости и химической устойчивости. Гальванические ванны из полипропилена обычно используют для таких целей как декапирование, хроматирование, цинкование, обезжиривание и т.д.
• Полиэтилен — близкий аналог полипропилена, используется по показателям химостойкости
• ПВХ (PVC-CAW) — российский аналог — ВИНИПЛАСТ — подходит для процессов осветления и пассивации
• PVDF — идеальный материал для сверхагрессивных сред

Спасибо за заявку!
Наши менеджеры с вами свяжутся.

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× 90000 The Tin Plating Process: A Step-By-Step Guide 90001 90002 90003 90004 90002 Tin has probably been a part of your life since the time you first saw the Tin Man in the Wizard of Oz as a child. Of course, the use of tin extends well beyond the creation of a fictional movie character — it has many practical applications in our daily lives. We’re all familiar with tin cans that are used for holding many types of food and beverages; these containers are actually manufactured from sheet steel that is coated with a thin layer of tin known as tinplate.90004 90002 Today, roughly half of all tin produced is used in soldering applications. Tin is also used in the production of pewter, bronze and phosphorous bronze. Tin salts are sometimes sprayed onto windshields and window glass to provide an electrically conductive coating. The window glass itself is often made by floating molten glass onto molten tin, which produces a flat surface. The metal used to manufacture bells is often a combination of bronze and tin. Additionally, tin and tin alloys offer tremendous value for electroplating, which is the process of depositing a coating of metal onto the surface of a material via an electrical current.90004 90009 Fast Facts About Tin 90010 90002 Tin is a soft, malleable, silvery-white metal that is available in abundance throughout many parts of the world. The extraction of tin dates back to around 3000 B.C. during the Bronze Age. Bronze is a yellowish-brown alloy of copper and tin that typically consists of about one-third tin. The earliest bronze objects were found to contain a small tin component. 90004 90002 The Chinese began to engage in the practice of tin mining around 700 B.C. Today, tin can be found in China, Thailand and Indonesia, and it is also mined in Brazil, Peru and Bolivia.Tin is obtained by carbothermic reduction of the oxide ore, which is produced by heating the ore in a furnace. 90004 90002 90016 90004 90002 Other key tin facts: 90004 90020 90021 Tin is the 49th most abundant element in the Earth’s crust. 90022 90021 Tin is listed on the Periodic Table of Elements under the atomic symbol «Sn» and the atomic number of 50. 90022 90021 Tin is not a native element, meaning it must be extracted from ores as opposed to being found in a natural state. 90022 90021 Tin can be extracted from various ores, but the most common ore is Cassiterite (SnO2).90022 90021 While tin in its metallic form is non-toxic, certain tin compounds can be poisonous. 90022 90021 The small amount of tin in the U.S. is primarily found in Alaska and California. 90022 90021 Tin’s crystalline composition results in a distinctive screaming sound when the metal is bent, which is known as the «tin cry». 90022 90035 90009 The Benefits of Tin in the Electroplating Process 90010 90002 Why is tin such a popular choice for electroplating? Perhaps the biggest reason is that tin plating — or «tinning» — is an extremely cost-effective process.Because tin is so readily available, it is much less expensive than pricier metals such as gold, platinum or palladium. Tin also offers excellent solderability, as well as superior protection against corrosion. 90004 90002 Tin plating can produce a whitish-gray color that is preferable when a dull or matte appearance is desired. It can also produce a shiny, metallic look when a bit more luster is preferred. Tin offers a decent level of conductivity, making tin plating useful in the manufacturing of various electronic components.Tin is also FDA approved for use in the food service industry. 90004 90009 Industries That Make Use of Tin Plating 90010 90002 The benefits listed above make tin the metal of choice for plating applications in a wide range of industries including: 90004 90020 90021 Aerospace 90022 90021 Food Service 90022 90021 Electronics 90022 90021 Telecommunications 90022 90021 Jewelry Manufacturing 90022 90035 90002 Sharretts Plating services many of these industries, contact us today for a free quote! 90004 90009 Basic Tin Plating Processes 90010 90002 There are three basic types of tin plating, each of which relies on the deposition of an electrolytic tin solution onto the surface of a metal object: 90004 90020 90021 90066 Barrel plating 90067: Barrel plating is normally used for plating smaller parts and entails placing the objects in a specially constructed vessel, commonly referred to as a barrel.The barrel slowly rotates while immersed in the electrolytic plating solution. Barrel plating of tin is extremely cost-effective, although it takes a relatively long time to complete the plating process. 90022 90021 90066 Rack plating 90067: Rack plating is the preferred option for plating tin on larger or more delicate parts that may not be suitable for the barrel plating process. With rack plating, the objects are hung on a rack and immersed in the plating solution. Although rack plating is more labor-intensive and therefore more expensive than barrel plating, it offers greater control over plating thickness and can be more effective in reaching cavities deep within the object.90022 90021 90066 Vibratory plating 90067: Also used for delicate parts, vibratory plating involves placing the parts in a basket equipped with metal buttons that also contains the electrolytic plating solution. A generator is used to produce a vibrating action that causes the parts to move and make contact with the metal buttons. Vibratory plating is typically the most expensive form of tin plating and requires a special drying process that may cause the parts to bend. 90022 90035 90009 Tin Plating Process Elements 90010 90002 90081 90004 90002 Tin can be electrodeposited onto just about any type of metal.Let’s take a closer look at the specific components of an effective tin plating process: 90004 90002 90066 1. Cleaning 90067: It is vital to purify the substrate — the part that receives the tin coating — prior to immersion into the plating bath. Cleaning removes oil, grease and other surface contaminants that can reduce the effectiveness of the plating process. 90004 90002 Cleaning is a multi-step process that can vary somewhat depending on the composition of the substrate and the amount of grime and debris that it contains, as well as the types of cleaning equipment available for use.In general, the cleaning process includes: 90004 90020 90021 90066 Grit blasting 90067: This is the process of using pressurized air to project media such as crushed glass, aluminum oxide, silicon carbide, steel, corn cob or walnut shells to remove foreign matter from a surface. 90022 90021 90066 Boiling 90067: Boiling the substrate in water can be an effective method of removing grease and oil, without having to resort to using chemical additives. 90022 90021 90066 Electrolytic degreasing 90067: Immersing the substrate in an electrolytic solution will remove grease and oil that accumulates in cracks, crevices and other hard-to-reach surface areas.90022 90021 90066 Rinsing 90067: Rinsing the substrate in water after electrolytic degreasing removes any remaining cleaning solution and surface debris. 90022 90035 90002 90066 2. Preparing the Plating Bath 90067 90004 90002 The next step is to prepare an electrolytic solution, also known as a plating bath. Electrolytic tin plating baths can be comprised of acid tin, alkaline tin or methyl sulphonic acid solutions. A plating bath includes tin that is dissolved to form positively charged ions that are suspended in the solution, as well as other chemical additives.The bath serves as the conductive medium during electrodeposition. 90004 90002 Acid baths tend to be used with greater frequency, because they result in a higher deposition rate. However, while acid baths generally provide a uniform coating, they do not always reach holes or other surface irregularities with a high level of consistency. 90004 90002 90066 3. The Electrodeposition Procedure 90067 90004 90002 Once the substrate has been clean and immersed in the electrolyte bath, it is ready for electrodeposition of the tin coating.The object is typically placed in the center of the specially designed tank that contains the electrolytic solution. The object serves as the cathode, which is the negatively charged electrode in the electrical circuit. The anodes, which are the positively charged electrodes in the circuit, are placed near the edge of the plating tank. 90004 90002 The next step is to introduce a low-voltage DC current into the plating bath. A device known 90004.90000 Plating Bath Factory, Custom Plating Bath OEM / ODM Manufacturing Company 90001 Total 609 plating bath factories & companies found with 1,827 products. Source high quality plating bath from our great selection of reliable plating bath manufacturing factories. Diamond Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory 90006 90009 90004 90005 Main Products: 90006 90005 Exhaust Gas Treatment Equipment 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO9001: 2015-го, ISO14001 діє до: 2015 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Limited Company 90006 90009 90004 90005 R & D Capacity: 90006 90005 ODM, OEM 90006 90009 90004 90005 Location: 90006 90005 Shenzhen, Guangdong 90006 90009 90042 90043 Gold Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory 90006 90009 90004 90005 Main Products: 90006 90005 High Frequency Switching Power Supply, Electroplating Production Line, Waste Gas Treatment Equipment, Accessory Equipment, 90056 Plating 90057 Machine 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO 9001, ISO 14001, ISO 14000, ISO 20000, QC 080000 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Private Owner 90006 90009 90004 90005 R & D Capacity: 90006 90005 Own Brand, ODM, OEM 90006 90009 90004 90005 Location: 90006 90005 Linyi, Shandong 90006 90009 90042 90043 Gold Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory 90006 90009 90004 90005 Main Products: 90006 90005 Electroplating Machine, Zinc 90056 Plating 90057 Machine, Chrome 90056 Plating 90057 Machine, Anodizing Machine, Nickel Copper Gold Tin Calbolt Silver 90056 Plating 90057 90006 90009 90004 90005 Factory ownership: 90006 90005 Private Owner 90006 90009 90004 90005 R & D Capacity: 90006 90005 OEM, ODM, Own Brand 90006 90009 90004 90005 Location: 90006 90005 Linyi, Shandong 90006 90009 90004 90005 Production Lines: 90006 90005 4 90006 90009 90042 90043 Diamond Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory 90006 90009 90004 90005 Main Products: 90006 90005 Ultrasonic Cleaner 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO9001 діє до: 2015, ISO 13485 діє до: 2016 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Limited Company 90006 90009 90004 90005 R & D Capacity: 90006 90005 Own Brand, ODM, OEM 90006 90009 90004 90005 Location: 90006 90005 Shenzhen, Guangdong 90006 90009 90042 90043 Diamond Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory , Trading Company 90006 90009 90004 90005 Main Products: 90006 90005 Linear Drain, Basin Drain, Bottle Trap, Faucet, Valve 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO 9001, BSCI 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Limited Company 90006 90009 90004 90005 R & D Capacity: 90006 90005 OEM, ODM, Own Brand 90006 90009 90004 90005 Location: 90006 90005 Ningbo, Zhejiang 90006 90009 90042 90043 Diamond Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory , Trading Company 90006 90009 90004 90005 Main Products: 90006 90005 Oil Purifier, Fire Testing Equipment, Petroleum Products Testing Equipment, Electrical Testing Equipment, Transformer Test Set 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO 9001 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Limited Company 90006 90009 90004 90005 R & D Capacity: 90006 90005 OEM, ODM, Own Brand 90006 90009 90004 90005 Location: 90006 90005 Chongqing, Chongqing 90006 90009 90042 90043 Diamond Member 90002 90003 90004 90005 Business Type: 90006 90005 Manufacturer / Factory 90006 90009 90004 90005 Main Products: 90006 90005 Hot DIP Galvanizing Line, Galvanizing Equipment, Hanging 90056 Plating 90057 Production Line, Pipes Galvanizing Line, Environmental Production Equipment 90006 90009 90004 90005 Mgmt.Certification: 90006 90005 90020 ISO9001 діє до: 2015 90021 90006 90009 90004 90005 Factory ownership: 90006 90005 Limited Company 90006 90009 90004 90005 R & D Capacity: 90006 90005 Own Brand, ODM, OEM 90006 90009 90004 90005 Location: 90006 90005 Shijiazhuang, Hebei 90006 90009 90042 90043 .90000 Manufacture Chrome Plating Bath — Buy Chrome Plating Bath Product on Alibaba.com 90001 90002 Product Description 90003 90002 90005 Welcome to vist Ronen company, a 15 years ‘specialized manfacture! Barrel type zinc plating machine 90006 90003 90002 90003 90002 90005 Specification: 90006 90003 90002 90003 90016 What is Electroplating? 90017 90002 90003 90002 Electroplating applies a surface coating (typically by electro deposition) to provide corrosion protection, wear or erosion resistance, anti-frictional characteristics or for decorative purposes.The electroplating of common metals includes the processes in which a 90005 ferrous 90006 or 90005 nonferrous basis material 90006 is electroplated with 90005 copper 90006, 90005 nickel 90006, 90005 chromium 90006, 90005 zinc 90006, 90005 tin 90006, 90005 lead 90006, 90005 cadmium 90006 , 90005 iron 90006, 90005 aluminum 90006 or 90005 combinations thereof 90006. Precious metals electroplating includes the processes in which a ferrous or non-ferrous basis material is plated with 90005 gold 90006, 90005 silver 90006, 90005 palladium 90006, 90005 platinum 90006, 90005 rhodium 90006, or 90005 combinations thereof 90006.90003 90002 90003 90002 Electrical Control system including PLC and Touch monitor; 90003 90002 Crane designed according to your workpiece weight and quantity 90003 90002 Machine Frame designed according to your plating process and bath quantity 90003 90002 Plating bath designed according to your plating process and workpiece quantity and size. 90003 90002 Ventilating system 90003 90002 Pipes system 90003 90002 Heating system and cooling system 90003 90002 Peripheral equipment including rectifier, filter machine, acid fog clean tower, waste water and waste gas treatment equipment.90003 90002 90003 90002 90005 Products View: 90006 90003 90002 90005 90006 90003 90002 90005 90006 90003 90002 90005 Workpieces: 90006 90003 90002 90003 90002 90005 Ect …. 90006 90003 90002 90005 Material we supply: 90006 90003 90002 90005 90006 90003 90002 90005 1 . How to design the production line we need? 90006 90003 90002 1.1 What materials do you want to electroplating? metal or plastics? 90003 90002 1.2 Please supply your samples or material parts Max.Size? 90003 90002 1.3 Please advise what kind of coatings would you like to electroplating, such as copper, nickel, chrome 90003 90002 90003 90002 90005 2. What products can be electroplated by electroplating production line? 90006 90003 90124 90125 90126 90127 Metal parts 90128 90127 Plastic parts 90128 90127 Watch band 90128 90133 90126 90127 Cars parts / accessories 90128 90127 decorative lights 90128 90127 jewelry 90128 90133 90126 90127 Furniture accessories 90128 90127 decorative accessories 90128 90127 bag accessories 90128 90133 90126 90127 Mobile phone cover 90128 90127 locks 90128 90127 toilet and bathroom accessories 90128 90133 90126 90127 Electronic parts 90128 90127 water taps 90128 90127 windows and doors harware 90128 90133 90166 90167 90002 3.What is Ronen competitiveness? 90003 90002 3.1 Good quality and best after sale service; 90003 90002 3.2 Customized design 90003 90002 3.3 Eletroplating process training and at site installation 90003 90002 90003 90002 90005 Any plating machine is designed and offered according to your requirement, Please contact with us with details information required as below: 90006 90003 90002 90003 90002 1. What is your workpiece material, size, photo? 90003 90002 90003 90002 2. What kind of coating will you like to be plated? 90003 90002 90003 90002 3.What is the production capacity everyday? 90003 90002 90003 90002 4. What is your required plating process? 90003 90002 90003 90002 5. What is your factory layout? 90003 90002 90003 .90000 Plating bath — Big Chemical Encyclopedia 90001 An analysis to determine the concentration of Cu in an industrial plating bath uses a procedure for which Zn is an interferent. When a sample containing 128.6 ppm Cu is carried through a separation to remove Zn, the concentration of Cu remaining is 127.2 ppm. When a 134.9-ppm solution of Zn is carried through the separation, a concentration of 4.3 ppm remains. Calculate the recoveries for Cu and Zn and the separation factor.[Pg.203] 90002 Following the separation outlined in Example 7.10, an analysis is to be carried out for the concentration of Cu in an industrial plating bath. The concentration ratio of Cu to Zn in the plating bath is 7 1. Analysis of standard solutions containing only Cu or Zn give the following standardization equations … [Pg.204] 90003 90002 Butynediol is principally used in pickling and plating baths. Smak amounts are used in the manufacture of brominated derivatives, useful as flame retardants.Itwas formerly used in awkd oat herbicide, Carbyne (Barban), 4-chloro-2-butynyl-A / — (3-chlorophenyl) carbamate [101-27-9] C H Cl2N02 (77). [Pg.106] 90003 90002 Fluoroboric acid is used as a stripping solution for the removal of solder and plated metals from less active substrates. A number of fluoroborate plating baths (27) require pH adjustment with fluoroboric acid (see Electroplating). [Pg.165] 90003 90002 Lead-copper alloys are also used as tank linings, tubes for acid mist precipitators, steam heating pipes for sulfuric acid or chromate plating baths, and flashing and sheeting (see Tanks AND pressure vessels).[Pg.60] 90003 90002 Many electroless coppers also have extended process Hves. Bailout, the process solution that is removed and periodically replaced by Hquid replenishment solution, must still be treated. Better waste treatment processes mean that removal of the copper from electroless copper complexes is easier. Methods have been developed to eliminate formaldehyde in wastewater, using hydrogen peroxide (qv) or other chemicals, or by electrochemical methods. Ion exchange (qv) and electro dialysis methods are available for bath life extension and waste minimi2ation of electroless nickel plating baths (see… [Pg.134] 90003 90002 Metallurgy. The extraction and separation of metals and plating baths have involved quinoline and certain derivatives (see Electroplating Metal SURFACE TREATiffiNTs Exthaction). [Pg.393] 90003 90002 Uses. Isoquinoline and isoquinoline derivatives are usehil as corrosion inhibitors, antioxidants, pesticides, and catalysts. They are used in plating baths and misceUaneous appHcations, such as in photography, polymers, and azo dyes (qv). Numerous derivatives have been prepared and evaluated as pharmaceuticals.Isoquinoline is a main component in quinoline stiH residue bases, which are sold as corrosion inhibitors and acid inhibitors for pickling iron and steel. [Pg.398] 90003 90002 Concentrated waste solutions are obtained from spent metal plating baths and etchants. However, the majority of metal wastes are soflds or sludges obtained from the hydrolysis of metal-bearing solutions and industrial process effluents. Most of these water-insoluble wastes are composed of hydroxides or basic salts of the contained metals.Eor processing by hydrometallurgical routes the materials must be brought into solution usually by acid or ammoniacal or alkaline digestion. [Pg.562] 90003 90002 Chromium Plating. Sodium selenate or selenic acid are added to chromium-plating baths to improve corrosion protection from pitting. [Pg.336] 90003 90002 Selenium and selenium compounds are also used in electroless nickel-plating baths, delayed-action blasting caps, lithium batteries, xeroradiography, cyanine- and noncyanine-type dyes, thin-film field effect transistors (FET), thin-film lasers, and fire-resistant functional fluids in aeronautics (see… [Pg.338] 90003 90002 Electroplating. Most silver-plating baths employ alkaline solutions of silver cyanide. The silver cyanide complexes that are obtained in a very low concentration of free silver ion in solution produce a much firmer deposit of silver during electroplating than solutions that contain higher concentrations. An excess of cyanide beyond that needed to form the Ag (CN) 2 complex is employed to control the concentration. The silver is added to the solution either directly as silver cyanide or by oxidation of a silver-rod electrode.Plating baths frequently contain 40-140 g / L of silver cyanide … [Pg.92] 90003 90002 Hydrated Stannic Oxide. Hydrated stannic oxide of variable water content is obtained by the hydrolysis of stannates. Acidification of a sodium stannate solution precipitates the hydrate as a flocculent white mass. The colloidal solution, which is obtained by washing the mass free of water-soluble ions and peptization with potassium hydroxide, is stable below 50 ° C and forms the basis for the patented Tin Sol process for replenishing tin in staimate tin-plating baths.A similar type of solution (Staimasol A and B) is prepared by the direct electrolysis of concentrated potassium staimate solutions (26). [Pg.66] 90003 90002 Potassium staimate, K2Sn (OH) (mol wt 298.93), and sodium stannate [12058-66-17, Na2Sn (OH), mol wt 266.71, are colorless crystals and are soluble in water. The solubiUty of potassium stannate in water is 110.5 g / 100 mL water at 15 ° C and that of sodium stannate is 61.5 g / 100 mL water at 15 ° C. The solubihty of sodium stannate decreases with increasing temperature, whereas the solubiUty of potassium stannate increases with increasing temperature.The solubihty of either sodium or potassium stannate decreases as the concentration of the respective free caustic increases. Hydrolysis of stannates yields hydrated stannic oxides and is the basis of the Tin Sol solution, which is used to replenish tin in stannate tin-plating baths (28,29). [Pg.66] 90003 90002 The use of drip pans to catch products, in cases such as a dairy or ice-cream manufacturing plant, instead of flushing this material to the sewer, considerably reduces the organic load. A similar case exists in the plating industry where a drip pan placed between the plating bath and the rinse tanks win reduce the metal dragout.[Pg.176] 90003 90030 .