battery lab/production machine,include pouch,cylindrical,coin cell mahcine
Our service team reflects TMAX pledge to provide its customers with the most comprehensive technical support, we will provide a range of services for overall lab solutions as the one-stop certification, such as lab design, lab planning, lab ren...
TMAX's professional sales teams can help our customers to solve the problem in one-stop. With more than 20 years experience in research and development, now we have different manufacturing departments and sales teams for battery lab equipment We have...
Xiamen Tmax Battery Equipments Limited. is professionally engaged in production and R&D of various battery lab equipment. We have the capacity in researching and developing new products and have our own engineering R&D institute. Our equipmen...
Xiamen Tmax Battery Equipments Limitedwas set up as a manufacturer in 1995, dealing with lithium battery equipments, technology, etc. We have total manufacturing facilities of around 2, 000 square meters and more than 100 staff. Owning a group of experie-nced engineers and staffs, w... Read more
Xiamen Tmax Battery Equipments Limitedwas set up as a manufacturer in 1995, dealing with lithium battery equipments, technology, etc. We have total manufacturing facilities of around 2, 000 square meters ...
qvf glass equipment | de dietrich process systems
We are the largest supplier of equipment made of highly corrosion resistant borosilicate glass 3.3 for the chemical and pharmaceutical industries.With our QVF SUPRA-Line, we are the sole manufacturer of glass components with a nominal size ofup to DN1000. TheseQVF components are designed and manufactured to the highest quality standards for more than sixty years at ourfacilities in Germany.
Additional safetycan be optionallyprovided by the QVFSECTRANScoating to protect the surface from external damage, as e.g. scratches. As this patented coating is electrically conductiveany eventualelectrostatic charges are avoided so thatATEX compliant glass equipment for hazardous areas classified as Zone 0IIC can be provided.Supplying glass systems over decades to the chemical and pharmaceutical industries you can rely on our engineering competence in the design and manufacture of key components for the construction of corrosion resistant plants.
agitated nutsche filter and filter-dryer | de dietrich process systems
The filter/dryer performs a multitude of tasks including filtration, displacement or reslurry washing, vacuum or convection drying. It can discharge wet cake, slurry, liquid, or dried cake to less than 0.1% moisture.
Particularly suited for the handling of cytotoxic or highly
potent material (HPAPI) , the De Dietrich solution has been designed with
particular attention to ergonomics and practicality, whilst also maintaining
cleanability. This makes the design particularly suited to the pharmaceutical
When traditional nickel alloys (Stainless steel and Hastelloys such as C-22,C-276, B-3, ...) are not resistant enough, De Dietrich can offer a glass-lined agitated filter-dryer solution. The outstanding corrosion resistance of enamel combined with the filtration and drying know how makes for a unique solution
For products requiring sterile manufacturing conditions, filter-dryer can be specifically designed to include stem-in-place (SIP) capabilities, and eliminate all internal dead spaces. Key areas design include the side discharge valve, mechanical seal and the base design.
The Rosenmund Gas Knife System is a unique and innovative solution that enables a total product discharge without manual intervention tests. A number of blowing nozzles placed on the agitator blade are used to discharge the product with a gas stream.
Gas Knife System A unique and innovative solution that enables a total product discharge without manual intervention.
Various materials of construction including 316L stainless steel, Alloy 20, C-22 and others.CIP/WIP and SIP systemsHeated agitator
Various main shaft seal designs
Les informations recueillies sur ce formulaire sont enregistres dans un fichier informatis par De Dietrich pour entrer en contact avec vous suite votre candidature. La base lgale du traitement est lexcution de mesures prcontractuelles.
Les donnes collectes seront communiques aux seuls services comptents au traitement de votre demande chez De Dietrich.
Les donnes sont conserves la dure ncessaire la ralisation des finalits pour lesquelles elles ont t collectes.
Vous pouvez accder aux donnes vous concernant, les rectifier, demander leur effacement ou exercer votre droit la limitation du traitement de vos donnes. Vous pouvez retirer tout moment votre consentement au traitement de vos donnes.
Pour exercer ces droits ou pour toute question sur le traitement de vos donnes dans ce dispositif, vous pouvez vous adresser par courrier lectronique [email protected]
Si vous estimez, aprs nous avoir contacts, que vos droits RGPD ne sont pas respects, vous pouvez adresser une rclamation la CNIL.
rotary dryer design & working principle
For evaporating moisture from concentrates or other products from plant operations, Rotary Dryers are designed and constructed for high efficiency and economy in fuel consumption.Whenever possible to apply heat direct to the material to be dried, Rotary Dryers of the Direct Heating Design are used. If it is not possible to apply heat direct to the material to be dried, Rotary Dryers of the Indirect Heating Design can be furnished so that the heated gases will not come in direct contact with the material.
Rotary Dryer is a simple, inexpensive unit for reducing the moisture content of flotation concentrates, as well as chemical and industrial products. Frequently the saving of shipping weight so effected will pay for the dryer in a few months. Difficulties from freezing while in transit are also eliminated. Many industrial projects are now using Dryers for control and production purposes on many materials.
Three main types of Rotary Dryers can be supplied. The direct heat unit is used when it is permissible for the drying gases to come in direct contact with the material being dried. Partition plates increase the heating surface. Drying may be by hot air or exhaust gases from other operations. If this drying gas has a deleterious effect on the product, then an indirect type of dryer can be supplied. A further derivation is the Tedrow Steam Dryer.
Of the different types of dryers that there are the most common is the ROTARY DRUM DRYER/Kiln, This type of drier is common not only in the mining industry but you will find them in fertilizer plants, Cement plants, and peat hogs to name but a few.
The theories behind these machines are very simple, heat an air space up, and then tumble the material to be dried through this space until it is dried. All though it sounds simple there are problems that have to be solved before the required results are met. But first, so you know what we are talking about lets go through the design of a drier.
First is the KILN, this provides the heat, The BURNER is inside this portion. The fuel for the burner is usually diesel although heavy crude oil could be used in some cases. To be able to generate enough heat to dry the concentrate air must be added by way of a BLOWER.
In front of the kiln is the point that the wet concentrate enters the drier. It is put into the revolving SHELL. The shell is on a slight incline. As the Concentrate is tumbled through the hot air mass of the drier it travels down this incline to the exit of the drier.
At this exit point the concentrate is either deposited straight into a storage area or taken to the storage area by a conveyor. It is also at this point that there is an EXHAUST HOOD. This provides a controlled escape passage for the fumes and water vapor that is generated by the concentrate drying. This is a very important function and the operator will have to be sure that it is open at all times. If it should become blocked the water vapor will not be able to escape. The concentrate will become wet and sticky which will result in the discharge plugging. The wet sticky concentrate will also lower efficiency level of the drier for an extended period of time.
This happens because inside the drier shell are what are termed FLIGHTS these are flat pieces of metal that are bolted onto the shell.
They are there to lift the concentrate up to the top of the shells rotation and drop the concentrate through the hot air. If the water vapor isnt taken away, the concentrate becomes sticky from reabsorbing the water.
This sticky concentrate will fill the spaces between the flights.
The concentrate will not be lifted and dropped through the hot air. This results in a long term condition of poor performance even after the initial problem has been cured. These flights will remain buried in concentrate.
This removal of the water vapor is one of the functions of the blower. It assists the natural process of air movement as the hot air mass expands.
To prevent the buildup of concentrate on the flights there are often CHAINS attached to them. As the drier revolves the chains slap the flights preventing concentrate from building up on dryers walls.
The drier shell is rotated separately from the stationary kiln section. To achieve the rotation a BULL GEAR is attached around the shell section. There are also two flat rings attached to the shell. These provide surfaces for support rollers to roll on. There is another problem that the inclined shell has, the incline causes the shell to want to slide in the direction of the incline. To prevent this additional rollers are attached to the last set of rollers.
rotary drum dryer systemworking principle and design -palet
The Materials to be dried enter into the dry zone of special combination plates are thrown by drying plate for vertical movement because of angle difference and rotational motion of the drying plate. After making heat exchange with the materials, the high-temperature furnace gas discharged into the cylinder evaporates water and drys the material, it can prevent the material from sticking on the inside of the cylinder. It is a part of the pellet mill plant.
Qingdao PALET Machinery can design and supply the Rotary Dryer Machine,dryer equipment for the customers especially according to the information of material. This raw material is wood chips, sawdust, etc.
1. The capacity is different. The output capability of the rotary drum dryer ranges from around 1000 to 5000kg /h at most while the sawdust flash dryer can produce around 100-2000kg/h. The air flow dryeris suitable for drying the wood powdersawdustect.
2. The price is different. The air flash dryer is cheaper than that of the rotary drum dryer price. How to select the dryer? When purchasing the dryer, it is better to consider the all-around situation of your dryer and pellet production and find a suitable dryer.
Qingdao palet machinery co,.ltd is a professional manufacturer of biomass wood pellet mill, wood pellet plant, rotary dryer, activated carbon rotary klin,activated carbon machine, hammer mill, crusher, etc.