FIER conveyor is suitable for powder, granular and small non-viscous materials (such as bulk density 1.2t/m3), such as cement, grain, fertilizer, ash, sand, etc., the temperature of materials shall not exceed 60, tilt Angle shall be less than 30 degrees.
It can be the horizontal, inclined, or vertical transmission has the advantages of simple structure, small cross-sectional area, good sealing, easy operation, easy maintenance, convenient closed transportation, and so on.
In the selection of the screw conveyor is, the manufacturer must first estimate the throughput per hour that can be handled, due to the conveying of different materials, the throughput per unit time is not the same.
In order to facilitate the user to calculate the throughput, some basic parameters and common materials are listed, including the inclination of conveyor, screw diameter, speed, motor power, etc., for user reference.
Horizontal screw conveyors are the most widely used type of screw conveyor. Used to convey bulk materials from one part of a process to another, horizontal screw conveyors are available in a wide range of sizes, lengths, configurations and materials of construction.
Screw conveyors are typically designed to convey bulk materials at 15, 30 or 45-percent trough loading, depending upon material characteristics of the specific bulk material. As a general rule, trough loading of 45-percent can be used for light, free-flowing and non-abrasive bulk materials. Trough loadings of 15 and 30-percent are typically used for denser, sluggish and more abrasive bulk materials.
The recommended location for the drive unit is on the discharge end of a screw conveyor which pulls the bulk material to the drive end. With this arrangement, each screw section is put in tension as the bulk material is conveyed toward the discharge of a screw conveyor, reducing wear and fatigue on the conveyor components.
Inclined screw conveyors typically operate from slightly above the horizontal position to 45-degrees from the horizontal position. Above 45-degrees an inclined screw conveyor is considered a vertical screw conveyor and must be designed in accordance with the KWS Engineering Guide for Vertical Screw Conveyors. As the degree of incline increases, conveying efficiency is reduced and horsepower requirements increase due to the effects of gravity and bulk material fall back.
Conveying efficiency is affected by angle of incline, characteristics of the specific bulk material, type of screw conveyor trough and screw pitch. KWS recommends designing screw conveyors using the lowest possible degree of incline for maximum efficiency.
The Pitch Efficiency chart shows the relative conveying efficiency at different degrees of incline and pitch configurations. As the degree of incline increases, reduced pitch screws (1/2 and 2/3) are more efficient than full pitch screws. The combination of reduced pitch screws (1/2 and 2/3) and tubular housings provide the highest conveying efficiency.
The horsepower requirements for inclined screw conveyors increase with the degree of incline. The Horsepower Factor (Fi) is incorporated into the standard screw conveyor horsepower calculations to compensate for the additional horsepower required to overcome gravity and bulk material fall back.
Screw conveyors located on inclines over 10-degrees must be designed to start and operate under upset conditions. An upset condition is caused when normal flow in an inclined screw conveyor is interrupted and the bulk material inside the conveyor slips back to the lower end, filling up the conveyor. Additional horsepower is required to restart and convey the bulk material because the conveyor will temporarily experience 100-percent trough loading. Please consult KWS Engineering for the proper design of inclined screw conveyors for upset conditions.
Bulk materials discharged from centrifuges, filter presses or mixers can easily be conveyed using a KWS Shaftless Screw Conveyor. Our shaftless design provides a non-clogging conveying surface that allows difficult-to-convey materials to become easy-to-convey. The perfect solution for handling bulk materials with high moisture content is the KWS Shaftless Screw Conveyor.
KWS Shaftless Screw Conveyors are successfully used throughout the chemical, food, minerals processing and wastewater treatment industries for conveying everything from catalysts to dewatered biosolids.
KWS developed the industry standards for shaftless screw conveyors and continues to create new and improved design standards. Our high strength alloy spirals are the hardest, strongest and toughest in the industry. For more information regarding shaftless screw conveyors consult the KWS Shaftless Screw Conveyor Engineering Guide located on our website.
Vertical screw conveyors are a very efficient method for elevating a variety of bulk materials at very steep inclines or completely vertical. KWS considers any screw conveyor located on an incline over 45-degrees to be a vertical screw conveyor.
The compact design allows for the vertical screw conveyor to fit into almost any plant layout. With a minimum number of moving parts, the vertical screw conveyor is a cost-effective and dependable component of any bulk material handling process.
KWS designs and supplies vertical screw conveyors to meet the needs of many industries, such as chemical, minerals processing, food, wood products and wastewater treatment. For example, our unique shaftless vertical screw conveyor design is used in many wastewater treatment facilities for elevating dewatered biosolids.
KWS Vertical Screw Conveyors are available in many configurations. Inlet sections can be offset to either side or can be in-line. Horizontal feed conveyors are required to accurately meter bulk materials directly to the vertical conveyors inlet for maximum efficiency.
Conveyors are used to transfer materials from one point to another in a fixed path. They come in various sizes and configurations. Among the many types available today are thetabletop chain conveyor systemand the chute conveyor. If you are unsure of what type of conveyor to get for your business, this guide can help you.
One of the main functions of a conveyor is to transport material that is too heavy to carry by hand. With a chain conveyor, heavy items can be carried without damaging the machine. This type of conveyor is designed to be heavy-duty and move at slow speeds, so that product transport is made safe for both workers and surrounding machines.
Another common type of industrial conveyor is achute conveyor. This conveyor is used to transfer items between levels and link two handling devices, making them the best option for shipping areas and similar processes.
These are just four of the common types of industrial conveyors that are available today. There are other conveyor types that vary in size, model, and function. Work with a reputable supplier to learn which type of conveyor system is best for your business. They can also provide maintenance services whenever you need them to keep your machines running smoothly and efficiently.
Screw conveyors, also known as auger conveyors or industrial screw conveyors, are systems designed to transfer free-flowing and non-free-flowing, dry and semi-dry bulk materials. Note: Since the operation of the system involves a screw cutting through the bulk materials, we do not recommend using screw conveyors to process substances that are sticky or do not break down easily, such as gels. Read More
We are a US based, family owned company specializing in the design and manufacturing of screw conveyors in all configurations: vertical, inclined, shaftless, live bottom, plug screws, feeders, mixers, heating/cooling, FDA/USDA approved, screw presses and more.
VAC-U-MAX is a manufacturer specializing in screw conveyors and transportation systems, load filling machines, bulk bag loaders, grinders, pulverizers and sifters. The company serves the chemical, food and feedmill industries with highly efficient products.
Founded in 1977, we take on your challenging custom screw conveyor ideas. As a recognized leader, we make the finest custom screw conveyors, screws, flights and complete packages conveyor troughing, all component parts, drive package, variable speed control, zero speed switch, temperature probes, etc.
For over 40 years, we have been dedicated to customer satisfaction, product quality, and on time delivery. Austin Mac is leading manufacturer in our industry and we strive to manufacture the latest innovations. We put your needs first and we take your requests very seriously. Call us today for more information or visit our website to see our products for yourself.
Screw conveyors assist in moving, or conveying items such as: packages, equipment, food, or products from one area to another, usually for the purpose of performing automated or semi-automated finishing or manufacturing processes. These conveyors are able to transport dry, loose materials between places such as pits, trucks, barrels, rail cars, silos, hoppers, and vats.
To that end, screw conveyors can be found in a wide range of industries and applications, such as: construction, oil and gas, mining, chemical, pharmaceutical, plastic, food processing and agricultural.
In farming and agriculture, screw conveyors are used as a part of machinery, like balers or threshers, that assist in conveying grains and animal feed to various locations. In food processing, screw conveyors transport dry ingredientssuch as nuts, salt, and flourthat are used in making food products. The construction industry uses industrial screw conveyors to mix wet and dry ingredients to produce plaster or cement.
The definitive history of screw conveyors begins all the way back in the 3rd century BC. It was then that the ancient Greek scientist and mathematician Archimedes created what came to be known as Archimedes screw or screw pump. However, many historians believe that Archimedes got his idea for his auger conveying system after visiting Egypt, one of the many regions in the Ancient Near East that likely already had screw conveying systems. According to Assyrian cuneiform tablets, in the time of King Sennacherib (704 BC-681 BC), engineers cast bronze water screws. In addition, the classical Greek historian Strabo talked about the Hanging Gardens of Babylon using screws for irrigation.
Either way, Archimedes auger conveying system brought this mechanism into the western world. It featured a hollow cylinder, a shaft and a spiral, which was attached to the shaft and the interior wall of the cylinder. Archimedes screw made it possible for people to more efficiently irrigate land, dewater land and remove water for ships.
Engineers developed the screw conveyor system as we know it today between the late 19th century and mid-20th century. At that time in the USA, screw conveyors were most popular for use in agriculture, where they helped process feed and grain. Many farmers still use screw conveyors today, and often refer to them as grain conveyors. Early modern screw conveyors in the US were also an important element of feed mills. Over time, as food production became for commercial, screw conveyors also came to be used to move more perishable food ingredients. They also became popular in construction, where to this day, they are used for conveying items like cement.
Throughout the 1900s, engineers and manufacturers improved upon and created new materials with which to make equipment like auger conveyors. One of the most prominent examples is stainless steel. With stronger materials and improved technology, manufacturers have been able to do a lot with screw conveyors. Today, auger conveying systems usually involve a high level of automation and robotics. This development has made them even more efficient and high quality. It has also allowed manufacturers to diversify their use of auger conveyors, from light duty to extreme heavy-duty applications.
Screw conveyors work by rotating bulk materials from one location to another. They operate on the principle of Archimedes screw. Archimedes screw principle says this: When a revolving screw or auger is correctly installed inside a tube or cylinder, it can move water in the direction you have chosen. In addition, every time the screw rotates, it will let new material into the tube.
Screw conveyors move material at a predetermined flow rate. Depending on the application, this flow rate may be measured by cubic feet per hour, pounds per hour or tons per hour. Their power may come from electricity, gravity or the energy of another machine.
Belt conveyors are the most common type of conveyor. They convey materials using a wide rubber or polymer belt that rotates with the help of at least two uni-directional pulleys. (The belt is wrapped around the pulleys.) Belt conveyors are extremely versatile and is used in industries from aerospace to retail.
Chain conveyors are screw conveyors that feature a chain drive as the drive unit. The chain drive not only transmits power, but also lets operators adjust speed by changing the gear ratio. Chain conveyors best move abrasive, fragile and/or dry materials.
Roller conveyors move loads using rollers, which are round rotating elements, positioned on a flat bottom. Roller conveyors can work using gravity or electric motor power. They are used for a wide variety of applications, such as: sorting, washing and drying, finishing, shipping and distributing.
Overhead conveyors, as one might assume, are conveyor systems that work from the ceiling down, not the floor up. Their tracks are usually supported by the ceiling, walls, stands or racks. They may be manually driven, gravitationally driven, electrically driven, pneumatically driven or vacuum driven. Overhead conveyors free up floor space for other activities and machines. They also decrease labor.
Vertical conveyors carry materials straight up and down. They require tubular cases to hold the materials, and therefore also qualify as tubular screw conveyors. Vertical conveyors are used when materials need to be moved between receptacles that greatly differ in height. They are lower maintenance than bucket elevators, and they are able to provide constant conveying.
Horizontal conveyors, also known as horizontal screw conveyors, transport materials in a linear direction parallel to the ground. For this reason, they only require a trough. They are useful in: dewatering, compaction, aeration, heating and cooling, drying and mixing.
Inclined conveyors are set at an angle. Although these conveyors require more space and power than its counterparts, they are able to economically move bulk material from one floor to another. Some are even portable, so that you can mount them in one area then move them to another.
Tubular drag conveyors are screw conveyors that use a chain drive with flights. With these elements, they pull material a sealed pipe circuit. Tubular conveyors function at high speeds with a low torque and have varying capacities.
Flexible screw conveyors are capable of bending in numerous directions and adjusting their angles. Unlike traditional carbon steel conveyors, which must remain stationary, they can have many different applications within one facility.
Vibratory conveyors consist of metal troughs that vibrate in order to move materials in one direction. Usually, these are bulk powders and mixtures like: gypsum, crushed cement, fertilizer, wood waste, food products, minerals and glass. The vibration comes from electromagnetic or electromechanical vibrators attached at intervals to the bottom of the trough.
A conveyor screw, also known as a spiral blade or helicoid flighting A screw conveyor trough or tubular casing A drive unit (a shaft coupling and shaft seal or a chain drive) The drive mechanism
The conveyor screw (a spiral blade coiled around a shaft) is housed inside the tubular casing, where it is driven at one end and held at the other. The trough may or may not feature a trough cover. Sometimes, screw conveyors feature a spiral blade, but no shaft. In this case, they are called shaft less screw conveyors, and the blade is driven at one end and free at the other.
Benefits of screw conveyors include: gentle material handling and mixing, system speed and efficiency, low investment costs and system durability. Of all the conveyor systems, screw conveyors cost the least to purchase and maintain. They are also adaptable, customizable and endlessly versatile. They can process materials as diverse as: lead oxide, whey, fiberglass, vitamins, Epsom salts, garlic powder, flour, cocoa beans, ferric sulfate, gypsum, caffeine powder, and carbon black.
Materials Standard screw conveyors are typically made of metal, but some varieties are made from injection-molded thermoplastic resin. Conveyors made from the latter material are highly resistant to high temperatures and impacts and avoid contaminating the materials they handle. Of all the metals, most industrial screw conveyors are manufactured using food grade stainless steel, which is non-contaminating and possesses a smooth finish.
Considerations When designing or recommending a screw conveyor, manufacturers must consider: the application, the type of material to be moved (consistency, density, flowability, size, corrosiveness, texture, flammability, etc.), material load volume, projected frequency of use and whether there are any other necessary processes for the conveyor to perform. These details will inform them for decisions like: system material(s), system orientation, accessories and power source. (They can either be powered by an electric motor or powered by energy from adjacent machines.)
To best suit your needs, screw conveyor manufacturers may customize your conveyor in a number of ways. For example, they can add sections or attachments such as: wash down sections, mobile base units, flexible discharge hoses, integral bag dump hoppers, access and inspection ports and/or flexible discharge hoses. They can even make you portable screw conveyors.
Any conveyor purchased in or for use in the United States should be CEMA certified. CEMA, or the Conveyor Equipment Manufacturers Association, is a trade organization that puts out guidelines and standards for the fabrication of safe, efficient and intelligently designed conveyor systems.
In addition to that, your conveyor should have certification from or certification that meets the standard requirements of your application/industry. For example, a conveyor used to process food should meet the standards of the FDA. Likewise, a grain conveyor should meet the standards of the USDA. To learn more, talk to your industry leaders.
To get the best screw conveyor for you, you need the best manufacturer for you. Remember that the right manufacturer is not the one who can offer the lowest prices, but the one who can offer a conveyor that matches your specifications, your standard requirements, your timeline and your budget. With the right manufacturer, you will not have to settle for low quality just so that you can afford a conveyor. The right manufacturer will work with you and treat you with respect. Find a screw conveyor manufacturer like that by checking out those we have detailed on this page. Good luck!
There are a lot of different types of screws. We dug in and did piles of research and put together this well organized and categorized screw buying guide setting out and showing you every possible type of screwhead available for each type of job, material, etc.
Its important to understand the differences between the shapes and drive types, not only so that you can find the right tools for your screws, but also so that you can ensure that your screwhead does everything you need for your project.
Some head shapes help to create the look of the finished product, but they also usually have a purpose beyond aesthetics. The head shape of the screw also helps you drive the screw into your material using your force and the mechanics of the screw.
The benefit of flat screws is that you wont have to worry about your screw sticking out from the surface and causing other things to catch on it, which is essential if youre creating your own sofa or building a bookshelf that people will walk by often.
A flat undercut 82-degree head has the same angle as a standard 82-degree head, but the head is much shorter. This head shape helps give the screw a longer thread on the same screw length because of its shorter head size.
Domed heads are one of the most common types youll find. These are ideal for projects that dont require you to hide the head of the screw like you would with a flat head, such as with an ottoman using decorative screws that protrude from the fabric.
The drive of a screwhead refers to the type of tool youll need to install the screw. Youll notice several different shapes on screws, in addition to their type of head, that will require a special type of screwdriver to work with the screw.
The drive is directly related to how the screw attaches to a surface. Some drives are better at avoiding stripping, which renders a screw useless, than others, but may also cost more money and be more difficult to find tools for.
These screws are common for furniture that requires some assembly because theyre unlikely to be damaged by the Allen wrench when installing, unlike a Phillips or slotted screw, leaving you with a pleasing finish.
You can tell the difference between a Pozidrive and Phillips screw by looking at them from the side. On the Pozidrive, youll notice ribs between each of the four arms, and theyll be marked with a pz.
Although this type of screw is one of the most common and inexpensive types, its also the most prone to stripping. In fact, slotted screws are supposed to strip, by design, to prevent you from overtightening them.
These have a square center point that prevents cam outs. The bit that drives square recess screws also juts out on a square taper, which creates a self-holding design so that you dont need to hold the bit in place.
The double-square drive has two Robertsons squares that form an 8-point star in the middle. You can use a Robertsons bit to drive it or use a special one for the double-square for higher torque application.
Tri-Wing screws are a somewhat recent invention of the Phillips Screw Company, which offer both the ability to apply more force than you could to a regular Phillips screw and more security than other screws.
The most common type of tamper-resistant screw, the pin screw will have the same design as what their regular versions have, such as a cross-shape for a Phillips screw, but with an additional layer of security to prevent easy removal.
Each head will have an additional pin in the design that requires a special tool to install and remove them. A Phillips screwdriver will not work to install or remove a tamper-resistant Phillips screw.
Screws that can handle more torque, or force, will typically be less likely to cam out. Screwheads with several grooves, such as the TORX and other star-shaped heads, give your tools more points and grooves to hold onto, lowering the risk of a cam out.
Its also crucial that you dont angle your bit in a way that makes the bit turn incorrectly. Its easy to prevent this with certain screw heads, like TORX, but its not so easy for more simplified heads, like Phillips and slotted.
For more complicated projects with heavy-duty materials, just as installing sheetrock or assembling car parts, youll want a screw head with a design that has several points and grooves, such as a TORX or Twi-Wing screw.
Most screws consist of steel but may also come in variations that are more weather-resistant than regular steel, like stainless steel or titanium. These are good options for putting together outdoor furniture or anything that will be exposed to weather or damp conditions.
You might also find aluminum screws, which can be a good option for projects that wont be exposed to weather conditions. Aluminum can corrode quickly and is less durable than steel and other heavy-duty materials.
Most common screws are relatively low in price. Its when you need to look for screws in odd sizes that you might start seeing a large spike in their cost. Also, specialty screws, like drywall screws, will typically cost more than screws meant for generic purposes.
The screw head does make a difference, too, in most cases. More common heads, like slotted and Phillips are generally at the low end of the budget, whereas star-shaped, TORX and other high-performing screws may cost more.
Now youre aware of the many types of screwheads and how they can assist you with your project. If youre considering buying screws online, we recommend the following retailers, which offer a wide selection of screws and heads to meet your needs:
This equipment is a super-square tumbler screen (UTEX) model developed and produced by our company with a hanging structure. It has applied for a number of national protection patents and is leading the industryRead More
The Unitfine U Type Screw Conveyor has a trough type tube which boasts multiple vents and outlets and has an inclination angle of 20 at the most. It also comprises of a driven device, hang bearing, conveyor casing, screw shaft, screw blade, and a bearing seat. Relatively, single or a combination of different screw equipment can be used to integrate akin to specific on-site standards/demands. The rotation of the models blade is initiated by a motor which then harvests the materials via the spiral towards the outlets.
It generally consists of bearing seat, screw blade, screw shaft, hang bearing, conveyor casing and driven device, etc. Single or combination of multiple screw equipment can be used to integrate to meet particular on-site requirements. It has a trough type tube with numerous inlets and outlets, which also has an inclination angle of a maximum of 20. The motor initiates the rotation of the blade and then material transferred via the spiral to the outlets.
The Unitfines U-Type Screw Conveyor has various types to suit your needs and situation. These are: US160, US200, US250, US315, US400, US500, US630, US800, US1000, US1250. The given number also pertains to each types diameter in mm. The screw pitch, however, has variations ranging from 160mm, 200mm, 250mm, 315mm, 355mm, 400mm, 450mm, 500mm, 560mm, to 630mm.
The technical parameters include the Rotation Speed based on r/min, the allowable deviation of < 10%, the CCapacity of m3/h, and the Filling Factor = 0.33. All these will be laid out to you and thoroughly discussed.
Just like other equipment of the Unitfine, the U-Type Screw Conveyor is also exceptional in various ways. Its carefully designed structure will unquestionably not fail you in its operations in terms of efficiency and effectiveness.
It has an enclosed structure It prevents dust and other flowable materials from being splashed, thus, creating a clean working environment. Its conveyor length can also be customized based on arising needs and situation.
It has a conveyor angle It ranges from 0-30 degrees as well as a screw pitch that can be adjusted based on the demands of the various materials being harvested and delivered. Relatively, it also adjusts based on arising working conditions while feeding and discharging in different positions.
It has a hanging bearing It helps in holding the screw blades if the attached trough is more than 3-4 meters. It further has a gear motor brand which can be locally sourced or imported from famed brands such as Tailong, SEW, Siemens, and many others.
It is simple and easy to operate and install Despite its various functions, this model comes in handy, and you can quickly learn how it works in just an all-out demonstration. Good thing, the companys got your back as you can request for technical support even after your purchase. The company has an excellent post-sales service to ensure that your experience with the models you buy pays off.
We pride ourselves as being one of the top powder material processing machine providers in China. A main provider of different industrial sieves, mixers, blenders, and fine screening types of equipment.
The basic categories of industrial conveyors are horizontal, inclined, vertical loop and closed-circuit installation. They have a tough chain conveyor which is specifically designed to bear heavy load and vigorous applications. They also bear a Curved section that allows lifting of heavy loads with ease. All components are jig welded -therefore, interchangeability is possible. Our conveyors are all strictly carbon steel construction that has an abrasion resistant divider plate and access panels that give strength and longevity to the conveyors. All our Conveyors come dust-free. We can customize the capacity according to the size of the operation or any other specifications made by our clients. The capacity also depends on the number of workers working there and their efficiency. The electric power usage depends on the capacity of the plant.
We offer a variety of screw conveyors like twin screw, screw feeders, paddle and mixing conveyors, right and left screw conveyors and rotary air lock valves etc. the screw conveyors that we offer come in simple designs and are easy to maintain. The width is small and allows the vent of the material at some points. It is of importance when extremely dusty, hot and pungent smelling materials are in use. It can be made dust free by covering up the trough.
Material Handling Conveyors also called Roller conveyors are small metal tubes placed adjacent to each other and usually rotated by a mechanism beneath, enabling merchandise materials and pallets to be moved from one location to another under human supervision. Roller conveyors are reasonably flexible and can be set up to transport items around curves and up & down gentle vertical slopes. They are commonly used to move relatively large merchandise.
Belt conveyors are widely used to carry load of bulk material along horizontal or inclined paths. They also carry light weight material from one spot of operation to another. They can be called the most commonly used conveying equipments. We manufacture various types of belt conveyors such as stationary portable and mobile conveyors that are capable of carrying high load to high extent of inclinations. The belt conveyor that we offer is equipped with AEC 100 Friction Driven Belt Bends which ensures positive transfer of various products from various packages to bins. It has the capacity to carry load up to 50kg at speed that ranges from 5m/min to 60m/min without changing the position of the product.
Sturdy solid framework Standard range of modules (can be customized on the clients request) High density conical end rollers 2Ply Non mono belting Vulcanized belt joints Positive belt guiding system Produce Low noise Facilitates Belt change within 30 minutes Some of the many advantages of the belt driven conveyors are as follows: Comes with roller to make location and mobility easy. Provided with a friction belt under the roller, which gives a conveying surface and reduce the chances of off tracking and damage to the belt that can happen due to direct contact. Pressure rollers can be adjusted to reduce pressure. Belt speed is from 30 to 100 FPM. Travel direction can be reversed in units up to 100 feet in length and has a center drive. Centers are 2.4", 3", 4" and 6", multiples may be provided according to specifications. Standard frame widths are 12", 15", 18", 21", 24", 30" 36", 42" and 48". (Dimensions are given on the outside of the frame.) The spring loaded rollers are 1.9" in diameter by 16 ga. with 7/16" hex axles, on required centers. Accumulation beds are available.
Slat conveyors are built with wood or metal slats attached to a single or double strand chain. In addition to carrying out operations, they may be used as a traveling platform, or a combination of the two. Many kinds of parts and packages can be carried light, heavy or bulky units on inclines as well as on the horizontal. Slats can be designed and shaped to suit the articles to be handled or the industry that it caters to. Slat conveyors can be applied easily to bring about a steady, orderly flow of material through a working unit or plant, eliminating confusion, promoting efficiency and effecting important savings in the expected cost.
They are used to carry materials and pieces horizontally and inclined lines. These conveyors are made of pans with uneven edges to keep a check on material loss. Our conveyors are flexible for adaptation to lifting loads from hoppers bins. They can be regulated by adjustment of a sticker plate at the entrance point. Our conveyors have a heavy handle, which can handle abrasive and hot material. It is capable of handling material up to 2000 per hour. It does not produce any noise while carrying the material.
In case of extremely heavy objects instead of the belts, there are conveyor chains that connect the object to its rear end. Apart from this, the conveyor chain is also one of the fixtures on the conveyor system that is used in the mechanical functioning of the system. Like the conveyor rollers, the chain plays a major role in the mechanical functioning of the conveyor belt. Usually the conveyor control is directly linked or attached to the chain, and it is the speed of the chain that will determine how fast the entire process will finish. The conveyor chain is generally fabricated from metal. It is available in various qualities, shapes and sizes to suit various needs and requirements. In case the conveyor chain gets damaged at any given point, then it can be replaced. Ideally, the conveyor chain should be changed or serviced on a periodic basis, because any damage to the chain slows down the functioning of the conveyor.
Advance Equipment Co. has supplied many types of Portable and stationary type of material loading / unloading conveyors. Conveying speeds range from 1 mtr/min to 25 mrts/min with top height adjusting feature. Many standard versions are available ready for shipment for your application.
Many versions of product loading conveyors are made by us. These are used in assembly line for stocking the material in process and feeding automatically to next machine for further processing. These are known as loaders and construction depends on type of product, product size, loading capacity required. On receipt of proper data, these machines prove to be of enormous help in terms of increasing the production and reducing un-wanted manpower and cost.
We make a wide range of Roller Conveyors classified as - Powered and non powered version conveyors using standard Precision bearings for heavy loads (250 kgs and above) and pressed bearings for lighter loads. Many combinations offered in terms of Roller pitch, roller diameter, roller moc, between frame width. Rollers are spring loaded with Hex axle or round axle. Please ask for our detailed catalogue
It is similar to other categories of roller wheel. it is more effective where heavier items are being handled. Roller conveyors serve in conveying pieces and goods horizontally or vertically. We offer a wide range of roller conveyors i.e. gravity driving accumulating, transfer conveyors through to peripherals control for medium to heavy load lifting. They are developed under expertise of technocrats. The advance construction techniques grant these conveyors the capacity to be an important part of any material handling system. They are essentially compatible and flexible.
They are used extensively in large industrial conveyor systems .These conveyors are used when interruption in work process is essential or when the conveyed items are to be taken form one point to locations.
Roller Conveyors : Gravity Roller Conveyor | Powered Roller Conveyor | Chain Driven Roller Conveyors | Belt Driven Roller Conveyors | Flexible Roller Conveyor | Inspection Table with Roller Conveyors
Belt Conveyors : Inclined Material Loading Conveyors | Slat Conveyors | Chain Conveyors | Screw Conveyors | Rotary Air Lock Valves | Transfer Turn Tables | Ball Transfer Units |
Special Purpose : Pinch Roll Assembles | Apron Conveyors | Bucket Elevator | Industrial Elevators | Product Storage Silos | Machinery / Rotary Air Lock Valves | Rotary Feeders | Conveyors