Knowladge Archives - Sigma Mixer Kneader, Sigma Mixer Machine Sigma Blade Mixer

Principle and Working of Fluidized Bed Dryer (FBD)

Bulk Density Chart Bulk Density Chart This Bulk Density Chart contains a searchable database of nearly 1000 products with dry powder or granular… Bulk Density Chart This Bulk Density Chart contains a searchable database of nearly 1000 products with dry powder or granular characteristics. Enquiry Now Material Lbs/cu.ft Kgs/cu.m Angle Abrasive Compound 148 2371 Abrasive Mix 153 2451 Acetate 35 561 Acetate Flakes 21 336 Acrylic Fibres 144 Acrylic Resin 32 513 Activated Aluminium 15 240 Activated Carbon 20 320 Adipic Acid 40 641 Alcanol 39 625 Alfalfa Leaf Meal 15 240 Alfalfa Meal 17 272 Alfalfa Meal, Fine Ground 19 304 45 Alfalfa Pellets 42 673 Alfalfa Seed 46 737 Alumina 40 641 22 Alumina Powder 18 288 Alumina, Activated 48 769 Alumina, Calcined. 63 1009 Alumina, Metal Grade 67 1073 Aluminium Flake 150 2403 Aluminium Fluoride 55 881 Aluminium Magnesium Silicate 21 336 Aluminium Oxide 80 1282 Aluminium Powder 44 705 Aluminium Silicate 33 529 Aluminium Sulphate 65 1041 Ammonium Bromide 76 1218 Ammonium Chloride 38 609 Ammonium Nitrate 49 785 Ammonium Nitrate Pills 38 609 Ammonium Perchloride 62 993 Ammonium Phosphate 55 881 Ammonium Sulphate 69 1105 Amorphous Silica 11 176 Anthracite, Powdered 35 561 Antimony Oxide 44 705 Antioxidant (Granules) 41 657 Antioxidant (Powder) 28 449 Apple Slices Diced 15 240 Aquafloc 10 160 Arsenic Trioxide 41 657 Asbestos 22 352 30-44 Asbestos Fibre 20 320 Asbestos Powder 28 449 Ascorbic Acid (Coarse) 45 721 Ascorbic Acid (Fine) 32 513 Ash, Ground 105 1682 32 Ashes , Dry Loose 38 609 32 Ashes , Wet Loose 47 753 Baking Powder 56 897 Barbasco Root 33 529 Barites 120 1922 Barium Carbonate 55 881 45 Barium Oxide 63 1009 Barium Stearate 13 208 Barium Sulphate 60 961 Barley (Whole) 40 641 Barley Meal 28 449 Barley, Fine Ground 46 737 Barley, Ground 25 400 Barley, Malted 30 481 Barley, Rolled 23 368 Barley, Scoured 41 657 Bauxite 45 721 31 Beans (Soya) 46 737 Beans, White 45 721 Beet Pulp 18 288 Bentonite 50 801 Bicarbonate of Soda 62 993 Bleach Compound 60 961 Blood Flour 30 481 Blood Meal 38.5 617 Bone Meal Loose 55 881 Bone, Ground Dry 75 1202 Borax 60 961 Boric Acid 54 865 Bran 35 561 Brass Powder 100 1602 Bread Crumbs 96 Brewers Grains (Dry) 16 256 Bronze Powder 78 1250 Buckwheat (Whole) 38 609 Buckwheat Bran 16 256 Buckwheat Flour 41 657 Buckwheat Hulls 13 208 Buckwheat Middlings 22 352 Buttermilk Dried 31 497 Cake Mix 44 705 Calcium 30 481 Calcium Borate 61 977 Calcium Carbide, Crushed 80 1282 Calcium Carbonate 44 705 Calcium Chloride 60 961 Calcium Fluoride 102 1634 Calcium Hydroxide 40 641 Calcium Phosphate 48 769 Calcium Silicate 10 160 Calcium Stearate 20 320 Calcium Sulphate 45 721 Cane Seed 41 657 Carbon (Pelletised) 42 673 25 Carbon Activated 17 272 20-29 Carbon Black 35 561 30-44 Carbon Black (Beads) 19 304 Carbon Black (Pelletised) 22 352 25 Carbon Black Graphite 45 721 Carbon Crystallized 58 929 Carbon Dust 38 609 Carbon Granules 59 945 Casein 36 577 Caustic Soda 31 497 39-43 Cellulose Acetate 10 160 Cement 85 1362 Cement (Portland) 94 1506 Cement (Portland) Clinker 95 1522 Cement Dust 50 801 Ceramic Compound 85 1362 Cereal Mix 43 689 Charcoal (Powder) 24 384 Chemco Burnishing Compound 35 561 Chicory 34 545 Chicory (Powder) 30 481 Chilli Spice 45 721 Chlorine Compound 28 449 Chlorine Powder 36 577 Chocolate Drink Mix 26 417 Chromic Acid Powder 100 1602 Cinders, Blast Furnace 57 913 Cinders, Coal, Ashes & Clinker 40 641 Cinnamon Powder 35 561 Citric Acid 48 769 Clay 50 801 Clay (Bentonite) 50 801 42 Clay (Calcined) 30 481 Clay (Fine) 62 993 30-44 Clay (Fines) 70 1121 30-44 Clay (Granite) 32 513 Clay (Kaolin) 48 769 Clinker Dust 90 1442 30-40 Clover Seed 48 769 28 Coagulant 36 577 Coal (Granules) 52 833 27-35 Coal (Pulverized) 38 561 Coal Anthracite 58 929 27 Coal Bituminous 52 641 35 Coal Dust 35 561 Coal Powder 40 641 Cobalt Carbonate 60 961 Cobalt Fines 256 4101 Cocoa 35 561 Cocoa Flavouring 55 881 Cocoa Shells 30 481 Coconut Chips 38 609 Coffee (Instant) 19 304 Coffee, Green (Beans) 38 609 Coffee, Roasted (Beans) 23 368 Coke (Granules) 52 833 Coke Dust 15 240 Coke Fines 39 625 Coke, Calcined (Course) 56 897 Coke, Calcined (Fines) 59 945 Coke, Calcined (Intermediate) 59 945 Coke, Pulverised 45 721 Copper (Fines) 101 1618 Copper Hydroxide 25 400 Copper Sulphate 52 833 Copra Meal, Loose 27 433 Cork, Solid 15 240 Corn Bran 13 208 Corn Flour 51 817 Corn Germ Meal 35 561 Corn Gluten Feed 29 465 Corn Gluten Meal 37 593 Corn Grits 42 673 Corn Mash 45 721 Corn Meal 40 641 Corn Oil Meal 34 545 Corn Starch 42 673 Corn, (Whole shelled) 45 721 Corn, Chops (Coarse) 42 673 Corn, Chops (Fine) 38 609 Corn, Chops (Medium) 40 641 Corn, Cracked (Coarse) 40 641 Corn, Ground 35 561 Corn, Hominy Feed 27 433 Corn, Kibbled 21 336 Cottonseed Cake 42 673 30-44 Cottonseed Delinted 30 481 29 Cottonseed Flour 56 897 Cottonseed Hulls 12 192 45 Cottonseed Meats 40 641 30-44 Cryolite 86 1378 30-44 Detergent (Flake) 32 513 Detergent (Powder) 38 609 Dextrose 36 577 Diammonium Phosphate 50 801 Diatomaceous Earth 16 256 Diatomite 14 224 Dicalite 12 192 Dielectric Compound 45 721 Distillers Grains 18 288 Dolomite 54 865 Dolomite Lime 46 737 Egg Yoke Powder 23 368 Eggs (Powdered) 22 352 Electrolyte 60 961 Epoxy Powder 49 785 Ferric Chloride 43 689 Ferric Sulphate 61 977 Ferro Silicate 78 1250 Ferro Silicon 87 1394 Ferrous Carbonate 87 1394 Fibreglass 22 352 Filter Cake (Centrifuge) 40 641 Fish meal 38 609 Flaxseed 44 705 21 Flint 97 1554 Floc 13 208 Floc (Solka) 144 Flour 48 769 Flour (Barley Malt) 45 721 Flour (Barley) 38 609 Flour (Corn) 39 625 Flour (Rye) 42 673 Flour (Soy) 44 705 Flour (Soya) 40

Bulk Density Chart

Sigma Mixer Working Principle, Function And Application For Industrial Use

Sigma Mixer Working Principle, Function And Application For Industrial Use Sigma Mixer Working Principle function And Application For Industrial Use Sigma mixer working principle Sigma Mixer Working Principle Sigma Mixer… Sigma Mixer Working Principle Sigma Mixer Working Principle Sigma Mixer Working Principle : The sigma mixer is caused by a strong shearing action of a pair of mutually cooperating and rotating Σ blades so that the semi-dry state or the rubbery viscous plastic material can react quickly to obtain a uniform mixing of the material. The sigma blade mixer machine is mainly composed of five parts: kneading part, base part, hydraulic system, transmission system and electric control system. Hydraulic system by a hydraulic station to manipulate the large cylinder, to complete the opening and closing function, the hydraulic system from a hydraulic station to manipulate the cylinder, to complete the cylinder, opening and other functions, the details of the parameters can be arbitrarily selected and requested by the user, Convenient and reliable. Transmission system consists of motor, reducer and gear, according to the type of kneading machine matching motor. The sigma mixers drive part is synchronized by the motor speed, the elastic coupling to the reducer, the output device drive fast slurry, to reach the required speed, but also by the inverter for speed control. The mixer has two Σ-type blades, the speed of the two blades is different, according to the different process can set a different speed, the most common speed is 38/28 per minute. function And Application For Industrial Use Sigma mixer working principle Double sigma blade mixer can be designed according to the needs of heating, heat transfer methods are usually: electric heating, steam heating, circulating hot oil heating, circulating water cooling and so on. The discharge way of sigma mixer mainly have three way . hydraulic dumping cylinder dump, ball valve discharge, screw extrusion and so on. Cylinder and pulp and material contact parts are made of SUS304 stainless steel to ensure product quality. Application of sigma mixer Sigma blade mixer is widely used in high viscosity, high elastic plastic materials, kneading, kneading, crushing, stirring, curing, re-polymerization and so on. The Sigma kneading machine has the advantages of constant mixing, no dead ends and high kneading efficiency. Sigma mixer is especially suitable for chewing gum, bubble gum, toothpaste, plastic, rubber, silicone rubber, dyestuff, pigment, ink, food base, architectural coating, carbon, cellulose, high viscosity Sealant, neutral glass glue, aluminum paste, silicone, pulp, cellulose, battery paste, dyes, silicone resin, cosmetics and other industries. Sigma mixer is now insteading of many traditional production ,it is becoming a new and high efficiency and multi-function mixer for industrial use. For more information of the sigma blade mixer , just feel free to contact us.

Sigma Blade Mixer

Sigma Blade Mixer Sigma Blade Mixer The mixing elements are two nos. Z type steel casted blades.. They contra rotate inward fitted at… Sigma Blade Mixer The mixing elements are two nos. Z type steel casted blades.. They contra rotate inward fitted at close or specified clearance with the container to give thorough and uniform mixing. There is a gland pusher of gun metal bush which ensure minimal friction and extend the life of mixing elements (Blades). Two counter rotating mixing arms rotate at different speeds (usually in the ratio of 3 to 2) in the trough, the intersection of which forms a saddle and the arms meet tangentially just above the saddle. Double Arm Sigma Blade Mixer The mixing action is a combination of bulk movement, shearing, stretching, folding, dividing, and recombining as the material is pulled and squeezed against blades, saddle, and side walls. Continually new layers of material are compressed and folded over one another and are subjected to shearing forces. New surfaces are formed and the components can penetrate. The blades, which are ground and polished, successively sweep all points of the trough surface during each revolution, at the same time dividing the batch continuously across the saddle piece and thereby achieving a perfect mix. Sigma Mixer Kneader Duplex kneaders are twin basin kneaders with two horizontally arranged kneading blades, which are deeply geared into one another and strip themselves reciprocally. The kneading blades are turning to a ratio of 1:2. Because of their different speeds, the blade sides approach and withdraw alternately. This causes high pressure tensile and shearing rates and therefore heavy friction in the kneading medium, which creates excellent dispersing and homogeneity. The shape of the kneading blades enables a steady flow of material from the side walls of the kneading trough to the middle of the trough. Apart from the sigma blades, we also offer sigma disperser blades Different types of Sigma Blade Available Sigma mixer spiral sigma blade two wing sigma bladeSigma- or Z-form blade Two wing blade Double naben All double arm kneader also called Z arm Sigma mixers are competent of with two mixing blades situated in a W-shaped horizontal furrow. A variety of blade shape have evolved, every of which is best suitable for a scrupulous type of compliance. The frequently use blade types are the spiral blade, masticator blade sigma blade, nabbed blade, and shredder blade. The gyratory motion of the blades is either peripheral to every other or the blades may extend beyond within the furrow. The blades exchange toward each other at the identical or discrepancy speeds. The blades go over the container walls and every one other at close clearances (2-3 mm) resulting in homogeneous combination. The secluded clearances assemble of very high shear action thereby sinking any huge particle. These mixers produce a consistent spot size section with no the need for additional high speed chopper. Homogeneous mixing is achieved within 10 to 30 minutes. Amalgamation homogeneity up to 99% and improved can be accomplish by means of the double arm kneader mixers. This blender and their difference are capable of usage substance with viscosity as high as 10 million centipoises. The power expenditure in double arm kneader blender is very high compare to other types of mixer and can variety from 45 to 75 KW/m3 of mix substance. The sigma blade mixer is the most frequently used type of double arm kneader mixer, and is finest suitable for all surrounding utilize Sigma Blade Mixer In mixers managing very viscous materials, it is essential to support both tangential and oblique motion of the substance. The geometry and profile of the sigma blade is intended such that the glutinous mass of substance is pull, shear, dense, knead, and fold by the exploit of the blade next to the walls of the mixer trough. The amount to which this happen depends on the exploit of the blades – peripheral or overlap and the ratio of the speed of replacement of the blades. The twist angle of the blade can be customized depending on the necessary shearing. Tangential and Overlapping Blade Action In the peripheral intend the blades swivel in the trough gathering imaginatively the front blade normally rotate earlier than the back blade more often than not in the ratio of 3:2. Peripheral blades are usually used for substance of superior viscosity such as adhesive, rubber compound, flush colors, dye, and pigment.In the overlap plan, the blades extend beyond above the burden of the container. Due to the overlapping exploit it is essential that the qualified location of the two blades is unaffected, and as a consequence, both the blade swivel at the similar speed. Materials that flow freely or move stealthily down into the blade are varied using the overlap blade action. This intends offers an earlier exchange of material from one blade section of the mixer to the other. Overlapping blade action is used for supplies of lighter viscosity such as ointments, clay coating, carbon pastes, and creams. The overlapping blade manufacture a lower kneading and shear contrast to the peripheral blade act. Sigma Mixer, Dough Mixer Operation of Sigma Blade Mixer In process, substance is loaded from side to side the top of the container to characteristically 40 to 65 percent of the mixer’s total volumetric capability. The replacement of the blades is through serious duty drive system characteristically consisting of a motor, gearbox, coupling, and gears. The tip haste of the sigma blender is normally incomplete to 60 meters per minute. Mixing may be approved out at ambient temperature or under unnatural temperature situation. The blender trough can be providing with jackets for transmission of hot or cold media to continue the obligatory temperature situation within the mixer. The release of the material from the blender container is also by leaning of the mixer or from side to side an extruder / screw positioned in the lower segment between the two trough compartments. The mixer may be capable of with

Adhesives and Sealants

Adhesives and Sealants mixers, blenders and dispersers are used throughout the adhesives and sealants manufacturing industry. Applications include the simple stirring of low… mixers, blenders and dispersers are used throughout the adhesives and sealants manufacturing industry.Applications include the simple stirring of low viscosity miscible fluids to the sophisticated dispersion of high viscosity dissimilar materials. The preparation of almost all adhesives begins and ends with adequate mixing. From the homogenization of adhesive emulsions, to the dissolution of polymers into solvents, or mastication of rubber and let-down of master batches, the type of mixing equipment and method hugely dictate over-all processing efficiency and end-product quality. Epoxies – multi component reactive mixtures used in the electronics, medical, marine, adhesive/sealant, semiconductor and fiber optics industries. Abster mixers are used to add fillers, viscosity reducers, colorants, thickeners, accelerators, adhesion promoters, etc. Hot Melts – this thermoplastic adhesive is commonly sold in solid sticks designed to melt in special application tools. Our mixers are used for low and high viscosity materials and are often supplied to extrude the hot melt into a final form. Latex Sealants – typically used for filling holes in wood, as a fire stopping material, padding of electrical outlet boxes, glass glazing etc. Ultra high viscosity mixtures under vacuum operating conditions are possible using ROSS mixers and controlled shear rates. UV & Light Activated Adhesives – UV & light cured – activated adhesives for bonding, sealing and coating applications are produced on Abster mixers and used for automotive, medical, dental and general industrial applications. Pipe Joint Compounds – used for sealing metal or plastic pipe joints and fittings. These compounds can be either low viscosity solutions of plastic or high viscosity non-flowing materials. Polybutene Emulsions – applications for these emulsions are wide ranging and include lubricants, sealants and adhesives, coatings, polymer modification, personal care products and more. Because of the big range of applications a wide variety of variable shear mixers and dispersers are used for this application. Polyurethanes – polyurethane formulations cover a wide range of stiffness, hardness, and densities. These materials include flexible foam , rigid foam used for thermal insulation, soft solid elastomers used for gel pads and print rollers, and hard solid plastics used as electronic instrument bezels and structural parts. Abster Industrial agitator mixers offer a versatility including vacuum, jacketing for temperature control and multiple speeds when manufacturing these end products. Rubber Cements and Adhesives – rubber cements are commonly used for applications to easily peel or rub off without damaging the substrate or leaving any trace of adhesive behind. They are ideal for use with photographs and specialty papers and as cements to secure laminates. Abster industrial mixers easily dissolve at high speed the polymers used in the carrier solvent. Silicone – silicone are used for a variety of applications and in a very diversified industrial mix. The product consistencies are broad thus many different mixers and blenders are used in the manufacturing process. Common end products include sealants, gasketing compounds, mold making materials, electronic encapsulation, breast implants and personal care products.

Toothpaste Manufacturing Mixer

Toothpaste Manufacturing Mixer Toothpaste Manufacture by Abster Mixer Introduction Toothpaste mixer : Waking up in the morning and doing mundane activities such as… Toothpaste Manufacture by Abster Mixer Introduction Toothpaste mixer : Waking up in the morning and doing mundane activities such as fixing your bed, throwing yourself in the cold bath, rushing to get breakfast ready or maybe skip breakfast can be a drag. But when it gets to that part of your morning routine to pick up your toothbrush, squeeze that tube of toothpaste into your toothbrush and brush your teeth, its when the day actually starts to feel fresh and invigorating, all thanks to that minty, revitalizing feeling you get when brushing your teeth. Toothpastes are a necessity in our everyday lives. Its benefits is a combination of antimicrobial, tartar control and teeth whitening. The effectiveness and quality of toothpastes are regarded from its different formulations each delivering unique characteristics. Finally, its overall performance in teeth protection and beautification depends on how efficient and good toothpaste mixers are in processing and manufacturing these toothpastes delivered in tubes in our grocery stores. Important Ingredients to Consider in Toothpaste Manufacture Component Function Percentage Liquid Base (Humectants) such as sorbitol, glycerin Retain water to maintain the paste in toothpaste; binds the solid and liquid content of the toothpaste; adds coolness or sweetness; makes toothpaste feel pleasant in the mouth White – 30% Gel – 80% Fillers and Abrasives such as hydrated silica, calcium carbonate and sodium bicarbonate Get rid of plaque and loosen particles on teeth; provides polishing action White – 20-50% Gel -15-25% Fluoride such as Sodium Perborate Prevents tooth decay by increasing the strength of the teeth 0.3% Surfactant/Sudsers such as sodium lauryl sulfate Makes the product foam or bubble while brushing; 0.5 – 2.5% Flavor such as Mint or bourbon, rye, anise, clove, caraway, coriander, eucalyptus, nutmeg, and thyme Contributes to palatability and freshness 0.5 – 2% Sweetener such as sorbitol and glycerin Contributes to palatability and sweetens the toothpaste 0.2% Preservative such as sodium benzoate or p-hydrozybenzoate Prolongs toothpaste shelf-life 0.2% Coloring Gives color to the toothpaste 0.1% Toothpastes are basically made up of binders, abrasives, sudsers, humectants, additives, sweeteners, fluorides, whiteners, preservatives and water in different proportions, according to a company’s formulation. The Process done by Toothpaste mixer A typical process could be described as follows: The liquid ingredients are prepared first such as the water, sorbitol/glycerin. Powdered ingredients are dry blended with others ingredients. Next, the sweetener and preservative is added. Premixed abrasive/filler is added with the liquid base. Flavoring and coloring are added. Finally, under slow speed mixing, the detergent is added to minimize foaming. The Problems of Traditional Toothpaste Making Machine The major problem in mixing toothpaste ingredients is aeration, which is usually enhanced by the detergents or powders added because powders contain small amounts of air. Presence of undissolved substances or agglomerates and impurities due to lack of mixing power. Premixing with other liquid or powdered ingredients increases process time and costs. Strained or filtered agglomerates reduces yield output, increased wastes, added maintenance and cost. Toothpaste Mixer Solution for Toothpaste Production High Shear Mixer, some problems summarized above can be solved with this mixer’s ability to emulsify and homogenize the mixture with its rotor/stator assembly configuration and an incredibly high speed manner of mixing. However, high speed mixing may be a disadvantage in processing high viscosity and abrasive slurries because it further intensifies the physical and chemical properties of the mixture. Thus, when using a High Shear Mixer for processing toothpaste ingredients, it must be in conjunction with non-reciprocating positive displacement pump for processing abrasive ingredients first. Vacuum Emulsifier is also a good choice as products are processed under vacuum, eliminating the major problem in aeration. Vacuum produces an almost air-free environment during mixing which enhances mixing quality and guaranteed company savings can be benefited from this type of mixer. Planetary mixer and Multi-Shaft mixer can also be your option for toothpaste manufacturing. These mixers have powerful blades and products are entirely mixed due to the agitators special configuration inside the mixing tank. No dead spaces are left and mixing time is fast. These mixers are the best choice for products which are thick and need a potent way of mixing at the fastest possible time. The Advantages of Toothpaste Manufacturing Machine Minimized Aeration The overall mixing system forms a closed loop under vacuum, preventing unwanted air from entering into the system. Greatly improved toothpaste quality, consistency and stability guarantee proper and complete mixing of the materials leaving no dead spaces or parts that aren’t touched and mixed by the movement of the agitator around the entire mixing area. Time Saving Fast and convenient of mixing, emulsifying and homogenizing components as compared to the length of time it takes to get the job done by other conventional mixers. Elimination of voids processes mixing applications under vacuum, which is beneficial for binders in toothpaste production. Recommended Abster Mixers High Shear Mixer High shear and high speed mixing guarantees deagglomeration the mix before the detergent and thickeners are added and refining of finished product prior to packing. High Shear Mixers: Lab Batch HomogenizerPowder Liquid MixerBottom Entry HomogenizerInline HomogenizerHigh Speed Disperser Vacuum Emulsifier Homogenizer Performs mixing under vacuum which greatly eliminates the unwanted effects of aeration. Recommendable Vacuum Emulsifier Homogenizers: Vacuum Homogenizer MixerVacuum Emulsifier Mixer Multi-Shaft Mixer Equipped with two or more independently driven agitators Deliver both high-shear agitation and laminar bulk flow within a wide viscosity range: from water-like to several hundred thousand centipoise. Recommendable Multi-Shaft Mixers: Vacuum Dual Shaft Mixer without HydraulicsVacuum Dual Shaft MixerVacuum Triple Shaft Mixer without HydraulicsVacuum Triple Shaft Mixer Planetary Disperser Mixers Feature two or more blades that rotate on their respective axes while revolving around the mixing vessel. Recommended Planetary Mixers: Lab Planetary Disperser MixerPlanetary Disperser Mixer Toothpaste Mixers for Various International Customers:

Reciprocal Link Exchange

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Top Entry Agitator

Top Entry Agitator Top Entry Agitator A Top entry agitator is a type of industrial mixer used to homogenize and mix materials in… Top Entry Agitator A Top entry agitator is a type of industrial mixer used to homogenize and mix materials in large tanks or vessels. This type of agitator is typically used in applications such as chemical processing, food and beverage manufacturing, and pharmaceutical production. One of the most popular types of entry agitator is the top entry agitator, which is designed to be installed through the top of the tank or vessel. Top entry agitators have a number of advantages over other types of agitators, including ease of maintenance, improved mixing efficiency, and reduced risk of contamination Enquiry Now Advantages of Top Entry Agitator One key advantage of top entry agitators is their ease of maintenance. Because they are installed from the top of the tank or vessel, they can be easily removed for maintenance or repair without the need for costly and time-consuming vessel entry. This can save time and money for companies, while also reducing the risk of accidents or injuries associated with vessel entry. Another advantage of top entry agitators is their improved mixing efficiency. Because they are installed at the top of the tank, they can more effectively distribute energy and shear throughout the vessel, resulting in more efficient mixing and homogenization. This can improve product quality and reduce processing times, which can be especially important in time-sensitive applications such as pharmaceutical production. Top entry agitators also offer a reduced risk of contamination compared to other types of agitators. Because they are installed from the top of the vessel, they are less likely to come into contact with contaminants or impurities that may be present at the bottom of the tank. This can help ensure product quality and reduce the risk of product recalls or other quality control issues. In conclusion, top entry agitators are a highly effective and versatile type of industrial mixer. Their ease of maintenance, improved mixing efficiency, and reduced risk of contamination make them a popular choice for a wide range of applications. If you are considering investing in an industrial mixer, a top entry agitator may be the right choice for your business. Essential of Top Entry Agitator An agitator is an essential component in various industries, ranging from chemical to pharmaceuticals. It is used for mixing or blending substances, emulsifying liquids, and dispersing gaseous materials in Stainless Steel Chemical Reactor . There are various types of agitators in the market, but one of the most popular and effective ones is the top entry agitator. A top entry agitator is a type of agitator that is mounted on the top of the tank or vessel. It is used for mixing, blending, and emulsifying high-viscosity fluids, such as slurries, pastes, and gels. A top entry agitator is equipped with a mixer shaft and impellers, which rotate at a high speed to create a powerful fluid flow within the tank. The fluid flow created by the agitator promotes better mixing and homogenization of the product. Top entry agitators come in various designs and configurations, depending on the application and product requirements. There are three primary types of top entry agitators, namely propeller agitators, turbine agitators, and anchor agitators. Propeller agitators are the most common type and are used for low to medium viscosity products. They have a simple design and are easy to operate and maintain. Turbine agitators are used for medium to high viscosity products and provide high shear and mixing intensity. Anchor agitators are used for highly viscous products and provide a gentle and consistent mixing. Top entry agitators offer several benefits over other types of agitators. They are highly efficient and provide a high mixing intensity, even for high viscosity products. They are also versatile and can be used for a wide range of applications. Top entry agitators are easy to install and maintain, and they require minimal space. Additionally, they are cost-effective and provide a quick return on investment. There are several factors to consider when choosing a top entry agitator. The size and shape of the tank or vessel, the product viscosity, and the mixing requirements are all important considerations. It is also essential to consider the materials of construction, as some products may require specialized materials to avoid contamination or corrosion. In conclusion, top entry agitators are an essential component in various industries, providing efficient and effective mixing, blending, and emulsification. They are versatile, easy to install and maintain, and provide a quick return on investment. If you are looking for a reliable and cost-effective agitator for your application, a top entry agitator may be the perfect choice.

Tray Dryer Working Principle – Tray Dryers Manufacturer

Tray Dryer Working Principle – Tray Dryers Manufacturer Tray Dryer is used for the best drying results in conventional process. Tray Dryer: Tray Dryer – The most widely… Tray Dryer: Tray Dryer is used for the best drying results in conventional process. Tray Dryer – The most widely used and most general method of tablet preparation is the wet-granulation method. Its popularity is due to the greater probability that the granulation will meet all the physical requirements for the compression of good tablets. Its main disadvantages are the number of separate steps involved, as well as the time and labor necessary to carry out the procedure, especially on a large scale. The steps in the wet method are weighing, mixing, wet massing, screening the damp mass, drying, dry screening, lubrication, and compression. The equipment involved depends on the quantity or size of the batch andthe percent active ingredient per total weight of the tablets. Wet massing can be performed by:1. Low Shear mixers/granulators,2. High Shear mixers/granulators,3. Fluid-Bed granulators/Tray dryers,4. Spray Dryers, or5. Extruders and Spheronizers. Dryers are used to remove liquids or moisture from bulk solids, powders, parts, continuous sheets or other liquids by evaporation or sublimation. Dryers can be broken up into two main types: direct and indirect. Direct dryers convectively heat a product through direct contact with heated air, gas or a combusted gas product. Indirect dryers conductively heat a product through contact with a heated wall. Tray Dryer is used for the best drying results in conventional process. It is a double walled cabinet with Single or Two doors. The gap between two walls is filled with high density fibre glass wool insulation material to avoid heat transfer. Doors are provided with gaskets. Stainless steel trays are placed on the movable trolleys. Tray Dryer is provided with control panel board, process timer, Digital temperature controller cum indicator etc. Tray Dryer is available in capacities ranging from 6, 12, 24, 48, 96, 192 trays. Tray Dryer Manufacture Construction & Specifications Manufacturers A tray Dryer is an enclosed insulated chamber in which trays are placed on top of each other in trolleys. Tray Dryer are used where heating and drying are essential parts of manufacturing process in industries such as Chemicals, Dye stuff, Pharmaceutical, Food Products, Colours etc. The material to be dried either wet or solids are placed in the trays. Heat transfer is by circulation of hot air by electric heaters or steam in radiator coils. Blower fans are installed inside to ensure proper circulation and transfer of heat. A control panel to control the temperature and other parameteres is fixed outside the dryer. These dryers are available in Mild Steel, Stainless Steel or construction. Tray dryer is used for drying of pigments, food, bakery, electrodes, chemical and plastic powders.The Drying ovens are normally available with choice of heating mode, as electrically heated / steam heated & thermic fluid heated.. In electrically heated model, digital temperature controller provided with digital timer to facilitate working day and night. In steam & thermic fluid heated model, digital temperature indicator is provided with digital timer , but the temperature controller is not supplied with the machine. Tray Dryer Working Principle A highly effective recirculating air system is provided. The heated air, is recirculated with fresh air in selected proportions for optimum drying. The system is designed so that the materials at the top & the bottom dry simultaneously. Uniform air circulation, controlled temperature, sturdy construction and large working space are the valuables of the oven which is suitably designed to cover wide temperature range, loading and unloading is faster and simple. In higher capacities trays trolley rolls in and out of the chamber. For continuous operation a spare trolley can be had for loading while the drying cycle is taking place. Digital temperature controller with digital timer are supplied to facilitate working day and night.Tray Dryer Working Principle In tray dryer hot ,air is continuously circulated. Forced convection heating takes place to remove moister from the solids placed in trays. Simuilaneously the moist air is removed partially. Wet solid is loaded in to the trays. Trays are placed in the chamber. Fresh air is introduced through in let, which passes through the heaters and gets heated up. The hot air is circulated by means of fans at 2 to 5 metre per second. Turbulent flow lowers the partial vapour pressure in the atmosphere and also reduces the thickness of the air boundary layer. The water is picked up by the air. As the water evaporates from the surface, the water diffuses from the interior of the solids by the capillary action. These events occur in a single pass of air. The time of contact is short and amount of water picked up in a single pass is small. Therfore the discharged air to the tune of 80 to 90 % is circulated back through the fans. Only 10 to 20% of fresh air is introduced. Moist air is discharged through outlet. Thus constant temperature and uniform air flow over the materials can be maintained for achieving uniform drying. In case of the wet granules as in tablets and capsules drying is containued until the desired moister content is obtained. At the end of the drying trays or trucks are pulled out of the chamber and taken to a tray dumping station.Tray Dryer Diagram: Tray Dryer DiagramTray Dryer Manufacturer Construction & Specifications: The Tray dryer should be of robust construction built on formed angles of 3mm+ thick sheet and suitably reinforced with angles and sections. The dryers external walls should be manufactured from 1.6mm thick Stainless Steel sheets of 304 quality or more. The internal of the dryer is built of 1.6 mm thick quality sheets. The internal structure should be fully TIG welded and all the internals have ground smooth surfaces. It should be insulated with minimum 50 mm thick glasswool insulation and Cladded with S,S, Polished sheets. The dryer should be having a fresh air inlet through 20 Micron PP cloth

Three-phase electric power (industrial applications only)

Three-phase electric power (industrial applications only) Three-phase electric power (industrial applications only) A three-phase electric motor Although single-phase power is more prevalent today, three-phase is chosen… Three-phase electric power (industrial applications only) A three-phase electric motor Although single-phase power is more prevalent today, three-phase is chosen as the power of choice for many different types of applications. Generators at power stations supply three-phase electricity. This is a way of supplying three times as much electricity along three wires as can be supplied through two, without having to increase the thickness of the wires. It is usually used in industry to drive motors and other devices. Three-phase electricity is by its very nature a much smoother form of electricity than single-phase or two-phase power. It is this more consistent electrical power that allows machines to run more efficiently and last many years longer than their relative machines running on the other phases. Some applications are able to work with three-phase power in ways that would not work on single phase at all. Mind you, since three-phase electricity is rarely used for domestic purposes, the table below is only relevant to electricians, electrical engineers and other technically skilled people. Country Three-phase voltage (volts) Frequency (hertz) Number of wires (not including the ground wire) Abu Dhabi (not a country, but a state (an emirate) within the United Arab Emirates) 400 V 50 Hz 3, 4 Afghanistan 380 V 50 Hz 4 Albania 400 V 50 Hz 4 Algeria 400 V 50 Hz 4 American Samoa 208 V 60 Hz 3, 4 Andorra 400 V 50 Hz 3, 4 Angola 380 V 50 Hz 4 Anguilla 120/208 V / 127/220 V / 240/415 V 60 Hz 3, 4 Antigua and Barbuda 400 V 60 Hz 3, 4 Argentina 380 V 50 Hz 3, 4 Armenia 400 V 50 Hz 4 Aruba 220 V 60 Hz 3, 4 Australia 400 V (officially, but in practice often 415 V) 50 Hz 3, 4 Austria 400 V 50 Hz 3, 4 Azerbaijan 380 V 50 Hz 4 Azores 400 V 50 Hz 3, 4 Bahamas 208 V 60 Hz 3, 4 Bahrain 400 V 50 Hz 3, 4 Balearic Islands 400 V 50 Hz 3, 4 Bangladesh 400 V 50 Hz 3, 4 Barbados 200 V 50 Hz 3, 4 Belarus 380 V 50 Hz 4 Belgium 400 V 50 Hz 3, 4 Belize 190 V / 380 V 60 Hz 3, 4 Benin 380 V 50 Hz 4 Bermuda 208 V 60 Hz 3, 4 Bhutan 400 V 50 Hz 4 Bolivia 400 V 50 Hz 4 Bonaire 220 V 50 Hz 3, 4 Bosnia & Herzegovina 400 V 50 Hz 4 Botswana 400 V 50 Hz 4 Brazil 220/380 V 60 Hz 3, 4 British Virgin Islands 190 V 60 Hz 3, 4 Brunei 415 V 50 Hz 4 Bulgaria 400 V 50 Hz 4 Burkina Faso 380 V 50 Hz 4 Burma (officially Myanmar) 400 V 50 Hz 4 Burundi 380 V 50 Hz 4 Cambodia 400 V 50 Hz 4 Cameroon 380 V 50 Hz 4 Canada 120/208 V / 240 V / 480 V / 347/600 V 60 Hz 3, 4 Canary Islands 400 V 50 Hz 3, 4 Cape Verde (in Portuguese: Cabo Verde) 400 V 50 Hz 3, 4 Cayman Islands 240 V 60 Hz 3 Central African Republic 380 V 50 Hz 4 Chad 380 V 50 Hz 4 Channel Islands (Guernsey & Jersey) 400 V 50 Hz 4 Chile 380 V 50 Hz 3, 4 China, People’s Republic of 380 V 50 Hz 3, 4 Colombia 220 V / 440 V 60 Hz 3, 4 Comoros 380 V 50 Hz 4 Congo-Brazzaville (Republic of the Congo) 400 V 50 Hz 3, 4 Congo-Kinshasa (Democratic Republic of the Congo) 380 V 50 Hz 3, 4 Cook Islands 415 V 50 Hz 3, 4 Costa Rica 240 V 60 Hz 3, 4 Côte d’Ivoire (Ivory Coast) 380 V 50 Hz 3, 4 Croatia 400 V 50 Hz 4 Cuba 190 V / 440 V 60 Hz 3 Curaçao 220 V / 380 V 50 Hz 3, 4 Cyprus 400 V 50 Hz 4 Cyprus, North (unrecognised, self-declared state) 400 V 50 Hz 4 Czechia (Czech Republic) 400 V 50 Hz 3, 4 Denmark 400 V 50 Hz 3, 4 Djibouti 380 V 50 Hz 4 Dominica 400 V 50 Hz 4 Dominican Republic 120/208 V / 277/480 V 60 Hz 3, 4 Dubai (not a country, but a state (an emirate) within the United Arab Emirates) 400 V 50 Hz 3, 4 East Timor (Timor-Leste) 380 V 50 Hz 4 Ecuador 208 V 60 Hz 3, 4 Egypt 380 V 50 Hz 3, 4 El Salvador 200 V 60 Hz 3 England 400 V 50 Hz 4 Equatorial Guinea [unavailable] [unavailable] [unavailable] Eritrea 400 V 50 Hz 4 Estonia 400 V 50 Hz 4 Ethiopia 380 V 50 Hz 4 Faeroe Islands 400 V 50 Hz 3, 4 Falkland Islands 415 V 50 Hz 4 Fiji 415 V 50 Hz 3, 4 Finland 400 V 50 Hz 3, 4 France 400 V 50 Hz 4 French Guiana (French overseas department) 380 V 50 Hz 3, 4 French Polynesia (French overseas collectivity) 380 V 60 Hz 3, 4 Gabon (Gabonese Republic) 380 V 50 Hz 4 Gambia 400 V 50 Hz 4 Gaza 400 V 50 Hz 4 Georgia 380 V 50 Hz 4 Germany 400 V 50 Hz 4 Ghana 400 V 50 Hz 3, 4 Gibraltar 400 V 50 Hz 4 Great Britain (GB) 400 V 50 Hz 4 Greece 400 V 50 Hz 4 Greenland 400 V 50 Hz 3, 4 Grenada 400 V 50 Hz 4 Guadeloupe (French overseas department) 400 V 50 Hz 3, 4 Guam 190 V 60 Hz 3, 4 Guatemala 208 V 60 Hz 3, 4 Guinea 380 V 50 Hz 3, 4 Guinea-Bissau 380 V 50 Hz 3, 4 Guyana 190 V 60 Hz 3, 4 Haiti 190 V 60 Hz 3,