This rating combines renter reviews and property features into one simplified score to help you evaluate this property. Factors that influenced these ratings include building design, construction, exterior spaces, and amenities.
Herrington Mill, located in Lawrenceville, Georgia boasts open floorplans with exceptional amenities with a price point that is difficult to match. Choose from an array of spacious 1, 2 and 3 bedroom homes waiting just for you and your family. Our apartments include free water service. All you pay is your rent and electric! In addition, our community is loaded with amenities including a swimming pool, clubhouse, business center, fitness center, playground and much more!Visit us today and make our community your home!
About 30 miles northeast of Downtown Atlanta, Lawrenceville is a suburb filled with historic buildings, parks, and modern amenities. Convenient to both Atlanta and Athens, Lawrenceville remains close to the action while providing residents with a laidback atmosphere. Should you decide to rent in Lawrenceville, you will have the opportunity to savor scenic lake views at Rhodes Jordan Park, watch the Gwinnett Braves play ball at CoolRay Field, shop the stores in the expansive Sugarloaf Mills and a variety of strip malls, catch a live performance at Aurora Theatre, play disc golf at Alexander Park, witness a joust with dinner at Medieval Times, tour the Gwinnett Historic Courthouse, roller skate at Sparkles Family Fun Center of Gwinnett, attend the Gwinnett County Fair, and try various flavors of bao at Baozi Asian Street Food.
About 30 miles northeast of Downtown Atlanta, Lawrenceville is a suburb filled with historic buildings, parks, and modern amenities. Convenient to both Atlanta and Athens, Lawrenceville remains close to the action while providing residents with a laidback atmosphere.
Should you decide to rent in Lawrenceville, you will have the opportunity to savor scenic lake views at Rhodes Jordan Park, watch the Gwinnett Braves play ball at CoolRay Field, shop the stores in the expansive Sugarloaf Mills and a variety of strip malls, catch a live performance at Aurora Theatre, play disc golf at Alexander Park, witness a joust with dinner at Medieval Times, tour the Gwinnett Historic Courthouse, roller skate at Sparkles Family Fun Center of Gwinnett, attend the Gwinnett County Fair, and try various flavors of bao at Baozi Asian Street Food.
This rating combines renter reviews and property features into one simplified score to help you evaluate this property. Factors that influenced these ratings include building design, construction, exterior spaces, and amenities.
The apartments itself are nice. But god forbid something breaks or stops working. If its up to management you will not have any working appliances. You will have to have to become handy mandy & do it yourself. Pool & gym closes at the convenience of management. They love to control how people live. But wont help make it any better. Sadly i cant give 0 stars
Hi Anonymous User, Please reach out to us at 770-338-0642 or by email at [email protected]), or stop by the office as soon as you can so we can get this resolved right away. Thank you. Lee Coleman-Grisnold770-338-0642
the website says apartments are available now but when I asked about a 3 bedroom apartment I was told that there was a long waiting list. There are no apartments available. The website lies.
This is where you want to be! There is a long waitlist, so if you're planning to move in the next 3-6 months, call now and get on the waiting list at no cost and you will surely get a call ASAP! They have the most spacious and affordable apartments you can ever find! They are income restricted so just make sure you check the requirements. I'm advising everyone to move here! The apartments have nice vaulted ceilings that makes the space look extra fancy and wider. Water and trash is included! All electric and my highest electric bill so far has been $64! You can't beat this place. Best apartments in Gwinnett County! hands down! I could go on and on about this place!
Fairly nice apartment complex. I tend to keep to myself so I really don't have any complains. Other than some parents not knowing how to control their children when they play outside but again that's not the complex's issue its the parents of those children's. Maintenance is very good. Had a leak in my kitchen and they were the after hours within 20 minutes. Actually renewing for next year. Super excited.
We love our apartment, with two bedrooms you cant go wrong wend you have a 4 month old boy. The rooms are huge, we have a crib and a separate bed in his room. The environment is safe lots of lighting at night time, I love the fact that we can take the baby for a walk and see everything ahead. The pool is nice for those hot days in Georgia, these apartments are great to start up and raise a family; is working for us.
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A mill is a grinder used to grind and blend solid or hard materials into smaller pieces by means of shear, impact and compression methods. Grinding mill machine is an essential part of many industrial processes, there are mainly five types of mills to cover more than 90% materials size-reduction applications.
Do you the difference between the ball mill, rod mills, SAG mill, tube mill, pebble mill? In the previous article, I made a comparison of ball mill and rod mill. Today, we will learn about the difference between SAG mill vs ball mill.
AG/SAG is short for autogenous mill and semi-autogenous mill, it combines with two functions of crushing and grinding, uses the ground material itself as the grinding media, through the mutual impact and grinding action to gradually reduce the material size. SAG mill is usually used to grind large pieces into small pieces, especially for the pre-processing of grinding circuits, thus also known as primary stage grinding machine. Based on the high throughput and coarse grind, AG mills produce coarse grinds often classify mill discharge with screens and trommel. SAG mills grinding media includes some large and hard rocks, filled rate of 9% 20%. SAG mill grind ores through impact, attrition, abrasion forces. In practice, for a given ore and equal processing conditions, the AG milling has a finer grind than SAG mills.
The working principle of the self-grinding machine is basically the same as the ball mill, the biggest difference is that the sag grinding machine uses the crushed material inside the cylinder as the grinding medium, the material constantly impacts and grinding to gradually pulverize. Sometimes, in order to improve the processing capacity of the mill, a small amount of steel balls be added appropriately, usually occupying 2-3% of the volume of the mill (that is semi-autogenous grinding).
High capacity Ability to grind multiple types of ore in various circuit configurations, reduces the complexity of maintenance and coordination. Compared with the traditional tumbling mill, the autogenous mill reduces the consumption of lining plates and grinding media, thus have a lower operation cost. The self-grinding machine can grind the material to 0.074mm in one time, and its content accounts for 20% ~ 50% of the total amount of the product. Grinding ratio can reach 4000 ~ 5000, more than ten times higher than ball, rod mill.
Ball mills are fine grinders, have horizontal ball mill and vertical ball mill, their cylinders are partially filled with steel balls, manganese balls, or ceramic balls. The material is ground to the required fineness by rotating the cylinder causing friction and impact. The internal machinery of the ball mill grinds the material into powder and continues to rotate if extremely high precision and precision is required.
The ball mill can be applied in the cement production plants, mineral processing plants and where the fine grinding of raw material is required. From the volume, the ball mill divide into industrial ball mill and laboratory use the small ball mill, sample grinding test. In addition, these mills also play an important role in cold welding, alloy production, and thermal power plant power production.
The biggest characteristic of the sag mill is that the crushing ratio is large. The particle size of the materials to be ground is 300 ~ 400mm, sometimes even larger, and the minimum particle size of the materials to be discharged can reach 0.1 mm. The calculation shows that the crushing ratio can reach 3000 ~ 4000, while the ball mills crushing ratio is smaller. The feed size is usually between 20-30mm and the product size is 0-3mm.
Both the autogenous grinding mill and the ball mill feed parts are welded with groove and embedded inner wear-resistant lining plate. As the sag mill does not contain grinding medium, the abrasion and impact on the equipment are relatively small.
The feed of the ball mill contains grinding balls. In order to effectively reduce the direct impact of materials on the ball mill feed bushing and improve the service life of the ball mill feed bushing, the feeding point of the groove in the feeding part of the ball mill must be as close to the side of the mill barrel as possible. And because the ball mill feed grain size is larger, ball mill feeding groove must have a larger slope and height, so that feed smooth.
Since the power of the autogenous tumbling mill is relatively small, it is appropriate to choose dynamic and static pressure bearing. The ball bearing liner is made of lead-based bearing alloy, and the back of the bearing is formed with a waist drum to form a contact centering structure, with the advantages of flexible movement. The bearing housing is lubricated by high pressure during start-up and stop-up, and the oil film is formed by static pressure. The journal is lifted up to prevent dry friction on the sliding surface, and the starting energy moment is reduced. The bearing lining is provided with a snake-shaped cooling water pipe, which can supply cooling water when necessary to reduce the temperature of the bearing bush. The cooling water pipe is made of red copper which has certain corrosion resistance.
Ball mill power is relatively large, the appropriate choice of hydrostatic sliding bearing. The main bearing bush is lined with babbitt alloy bush, each bush has two high-pressure oil chambers, high-pressure oil has been supplied to the oil chamber before and during the operation of the mill, the high-pressure oil enters the oil chamber through the shunting motor, and the static pressure oil film is compensated automatically to ensure the same oil film thickness To provide a continuous static pressure oil film for mill operation, to ensure that the journal and the bearing Bush are completely out of contact, thus greatly reducing the mill start-up load, and can reduce the impact on the mill transmission part, but also can avoid the abrasion of the bearing Bush, the service life of the bearing Bush is prolonged. The pressure indication of the high pressure oil circuit can be used to reflect the load of the mill indirectly. When the mill stops running, the high pressure oil will float the Journal, and the Journal will stop gradually in the bush, so that the Bush will not be abraded. Each main bearing is equipped with two temperature probe, dynamic monitoring of the bearing Bush temperature, when the temperature is greater than the specified temperature value, it can automatically alarm and stop grinding. In order to compensate for the change of the mill length due to temperature, there is a gap between the hollow journal at the feeding end and the bearing Bush width, which allows the journal to move axially on the bearing Bush. The two ends of the main bearing are sealed in an annular way and filled with grease through the lubricating oil pipe to prevent the leakage of the lubricating oil and the entry of dust.
The end cover of the autogenous mill is made of steel plate and welded into one body; the structure is simple, but the rigidity and strength are low; the liner of the autogenous mill is made of high manganese steel.
The end cover and the hollow shaft can be made into an integral or split type according to the actual situation of the project. No matter the integral or split type structure, the end cover and the hollow shaft are all made of Casting After rough machining, the key parts are detected by ultrasonic, and after finishing, the surface is detected by magnetic particle. The surface of the hollow shaft journal is Polished after machining. The end cover and the cylinder body are all connected by high-strength bolts. Strict process measures to control the machining accuracy of the joint surface stop, to ensure reliable connection and the concentricity of the two end journal after final assembly. According to the actual situation of the project, the cylinder can be made as a whole or divided, with a flanged connection and stop positioning. All welds are penetration welds, and all welds are inspected by ultrasonic nondestructive testing After welding, the whole Shell is returned to the furnace for tempering stress relief treatment, and after heat treatment, the shell surface is shot-peened. The lining plate of the ball mill is usually made of alloy material.
The transmission part comprises a gear and a gear, a gear housing, a gear housing and an accessory thereof. The big gear of the transmission part of the self-grinding machine fits on the hollow shaft of the discharge material, which is smaller in size, but the seal of the gear cover is not good, and the ore slurry easily enters the hollow shaft of the discharge material, causing the hollow shaft to wear.
The big gear of the ball mill fits on the mill shell, the size is bigger, the big gear is divided into half structure, the radial and axial run-out of the big gear are controlled within the national standard, the aging treatment is up to the standard, and the stress and deformation after processing are prevented. The big gear seal adopts the radial seal and the reinforced big gear shield. It is welded and manufactured in the workshop. The geometric size is controlled, the deformation is prevented and the sealing effect is ensured. The small gear transmission device adopts the cast iron base, the bearing base and the bearing cap are processed at the same time to reduce the vibration in operation. Large and small gear lubrication: The use of spray lubrication device timing quantitative forced spray lubrication, automatic control, no manual operation. The gear cover is welded by profile steel and high-quality steel plate. In order to enhance the stiffness of the gear cover, the finite element analysis is carried out, and the supporting structure is added in the weak part according to the analysis results.
The self-mill adopts the self-return device to realize the discharge of the mill. The self-returning device is located in the revolving part of the mill, and the material forms a self-circulation in the revolving part of the mill through the self-returning device, discharging the qualified material from the mill, leading the unqualified material back into the revolving part to participate in the grinding operation.
The ball mill adopts a discharge screen similar to the ball mill, and the function of blocking the internal medium of the overflow ball mill is accomplished inside the rotary part of the ball mill. The discharge screen is only responsible for forcing out a small amount of the medium that overflows into the discharge screen through the internal welding reverse spiral, to achieve forced discharge mill.
The slow drive consists of a brake motor, a coupling, a planetary reducer and a claw-type clutch. The device is connected to a pinion shaft and is used for mill maintenance and replacement of liners. In addition, after the mill is shut down for a long time, the slow-speed transmission device before starting the main motor can eliminate the eccentric load of the steel ball, loosen the consolidation of the steel ball and materials, ensure safe start, avoid overloading of the air clutch, and play a protective role. The slow-speed transmission device can realize the point-to-point reverse in the electronic control design. When connecting the main motor drive, the claw-type Clutch automatically disengages, the maintenance personnel should pay attention to the safety.
The slow drive device of the ball mill is provided with a rack and pinion structure, and the operating handle is moved to the side away from the cylinder body The utility model not only reduces the labor intensity but also ensures the safety of the operators.
**All Mill End Balls are sold as-is. Assorted colors, every skein is unique. (Note we cannot accommodate color requests. Colors shown are to provide a sample of our assortment. Your color will be randomly selected.) Yarn size, quantity and yardage may vary from the original Mandala Yarn.**
Hello Brenda - the restock alert emails are sent went even one item is added back into inventory, so certain items do go very quickly! We do not receive a restock of Mandala Mill Ends very frequently as it takes some time to build up a large enough batch for shipping.
I have been sent an e-mail suggesting I buy the mill ends since the Santa Sack was sold out 1 hour after I got the e-mail saying it was available. So I go to the web site right away and lo and behold, the mill ends are not available to me either. This is the second time this has happened and I am not happy with Lion Brand for this reason.
Hello Cecilia - the in-stock alert email is sent when even just 1 of an item has been returned to inventory, so in a popular item like the Mandala Mill Ends it may sell out very quickly. Apologies that you weren't able to get any this time, but hopefully we have more of this item soon.
Lion Brand Yarn Company is a fifth generation, family-owned business. We are passionate about helping people enjoy the pleasures of working with yarn. Lion Brand yarns are sold online, at craft chains, discount chains and independent shops across the United States.
Dear friend, thanks for your interest in Bailing brands product. Any equipment you need, pls feel free to contact our sales engineer. We will contact you within 24 hours. If you have urgent requirement, pls send inquiry to [email protected], or call +86 , or .
Henan Hongxing Mining Machinery Co., Ltd is a joint-stock mining machinery manufacturing enterprise integrated in scientific research, production and marketing. It is located at the High & New Technology Industries Development Zone of Zhengzhou, China with an area of 50 thousand m which includes 15,000 m of standard heavy duty industrial workshop.
The mixing basket can hold any form of container having a maximum volume of 2 liters. The containers are fastened in place by twisted rubber rings. The basket movement is driven by elastic drive belts and an eccentric drive gear. The speed can be varied by adjusting the position of the drive belts on its 5 step pulleys. The speed can also be adjusted optional frequency converter set up next to the machine.
The mixing basket can hold up to 66 pounds in a 17 liter container. Twisted rubber clamping rings allow the use of smaller containers up to a maximum diameter of 220 mm. The movement of the mixing basket is controlled by a silent pendulum chain drive. The speed can be varied by adjusting the position of the round drive belt on the 4-step pulley.
The mixing basket can hold up to 165 pounds in a 55 liter container. Special holders must be mounted for smaller containers. These inserts are custom designed to fit the dimensions of your mixing vessel. The movement of the mixing basket is controlled by a silent pendulum chain drive and the speed can be varied by adjusting the position of the V-belt on the 5-step pulley. An extra slow speed drive is used to bring the mixing basket into its loading position. A hand cart can be purchased to help with loading.
Model equipped for both high speed revolution and a wide radius gyration, supporting for the production of high quality materials. The timing by which the revolving speed of rotation increases is controlled to improve the mixing rate of powders and liquids and sustains the generation of lumps.
90 different revolution-rotation speed patterns are available by varying the ratio of revolution and rotation. A high function model for covering from research and development to small-scale production.
A model with a vacuum reduced pressure function suited for medium-scale production. The individual revolution and rotation speed control system and wide radius gyration generate centrifugal force even at low revolving speeds, sustaining material of thermal elevation and composition change.
A high function model with a vacuum reduced pressure function. The individual revolution and rotation speed control system and the shifted cup tray enhance mixing performance and provide effective degassing.
A jet mill grinds materials by using a high speed jet of compressed air or inert gas to impact particles into each other. Jet mills can be designed to output particles below a certain size, while continue milling particles above that size, resulting in a narrow size distribution of the resulting product. Particles leaving the mill can be separated from the gas stream by cyclonic separation.
With two sharp, robust blades and apowerful 1000 W motor, it is ideal for homogenizing substances with a high water, oil or fat content as well as for grinding dry, soft and medium-hard products. Awide selection of lids and containersallows for adaptation of the mill toindividual application requirements. The GRINDOMIX GM 200 meets andexceeds all special laboratory and analytical requirementsand is a professional device superior to any commercial household mixer.
The mixer mill MM 200 is a compact versatile benchtop unit, which has been developed specially for dry grinding of small amounts of sample. It can mix and homogenize powders in only a few seconds. It is also perfectly suitable for the disruption of biological cells as well as for DNA/RNA extraction.
You may also be interested in theHigh Energy Ball Mill Emax, an entirely new type of mill for high energy input. The unique combination of high friction and impact results in extremely fine particles within the shortest amount of time.
With itsadjustable speedof 3,000 to 10,000 rpm the rotor beater mill SR 300 is intended foruniversal use: from sample preparation in laboratories up to preparing sample batches in pilot plants or production facilities. The grinding chamber, the feed hopper and the material inlet are completely made fromhigh quality stainless steel.
The SM 100 is thebudget-priced basic model among the cutting mills. With its strong 1.5 kW drive and 1,500 rpm rotor speed the mill is particularlysuitable for routine applications. Cleaning is made particularly easy.
In combination with the wide choice of bottom sieves, hoppers and collecting vessels, the mill can be easily adapted to varying application requirements. The SM 100 can be bench-mounted; alternatively a convenient base frame on wheels is available.
Cutting mills are suitable for thegrinding of soft, medium-hard, elastic, fibrous, and heterogeneous mixes of products.The new cutting mill SM 200 is a powerful and easy-to-operate instrument for efficient primary and fine size reduction.Cleaning is made particularly easy.
Within the group of the cutting mills, it is the universal standard modelwhichcovers a vast range of applicationswith its strong 2.2 kW drive and 1,500 rpm rotor speed.When operated with theoptional cyclone-suction-combination, the SM 200 is also suitable for grinding light sample materials or smaller quantities. In combination with the wide choice of bottom sieves, hoppers and collecting vessels, the mill can be easily adapted to varying application requirements.
Cutting mills are suitable for thegrinding of soft, medium-hard, tough, elastic, fibrous, and heterogeneous mixes of products.The new Cutting Mill SM 300excels especially in the tough jobswhere other cutting mills fail.
Thehigh torqueof the new 3 kW drive withRES technology(additional flywheel mass) allows for an exceptionally effective preliminary size reduction of heterogeneous mixtures, such as waste or electronic components. Analytical fineness is often achieved in one working run.
The cutting mill is used successfully for a great variety of materials. The sample is only moderately warmed up during the grinding process so that the mill is perfectly suitable forgrinding temperature-sensitive materials.Another innovation is the wide, freelyselectable speed range from 100 to 3,000 min-1.
When operated with theoptional cyclone-suction-combination, the SM 300 is also suitable for grinding light sample materials or smaller quantities. In combination with the wide choice of bottom sieves, hoppers and collecting vessels, the mill can be easily adapted to varying application requirements.
Cutting mills are suitable for thegrinding of soft, medium-hard, tough, elastic, fibrous, and heterogeneous mixes of products.The Cutting Mill SM 400 is ideally suited for pre-cutting of large sample pieces but, depending on the application, may also achieve the required fineness in one step.
The cutting mill is used successfully for a great variety of materials. The sample is only moderately warmed up during the grinding process so that the mill is perfectlysuitable for grinding temperature-sensitive materials.Due to the large open surface of the 240 mm x 240 mm bottom sieve, it is possible to grind large sample quantities and to increase the throughput.
When operated with theoptional cyclone-suction-combination, the SM 400 is also suitable for grinding light sample materials. In combination with the wide choice of bottom sieves, hoppers and collecting vessels, the mill can be easily adapted to varying application requirements.
Analysis or quality control requires finely ground samples. Easy to change grinding attachments and sieves extend the range of any samples that can be processed. Simple handling, high user safety and efficient grinding results are just a few of the advantages of this mill.
The fluid bed dryer TG 200 is used in quality control, sample preparation and R&D departments. It permits thegentle dryingof organic, inorganic, chemical or pharmaceutical bulk materialswithout localized overheating.Suitable materials can be coarse, fine, crystalline, fibrous or leafy. The powerful fan of the fluid bed dryer ensuresoptimal air throughputso that the products to be dried are loosened up and thoroughly mixed resulting inshort drying times.With the interval operation the fluidized bed is mixed even better. Temperature, drying time and air volume can be set digitally and adjusted continuously.
The PP 35 features an individual pressure force regulation in the range of 0 to 35 t. The PP 35 combines the advantage of a small bench top model with high press forces, which are built automatically in up to three steps, ensuring that even difficult materials are pressed perfectly.
The ultrasonic bath range UR includes three sizes forcleaning test sieves and grinding tools quickly and easily.UR 1 is for test sieves up to 203 mm dia., UR 2 for test sieves up to 450 mm dia., and the UR 3 for the simultaneous cleaning of up to 5 test sieves 200/203 mm dia. The gentle yet thorough cleaning of test sieves in an ultrasonic bathincreases their working livesas damage which could occur during manual cleaning is avoided.
The vibratory feeder DR 100 is used for theuniform, continuous feeding and conveyance of pourable bulk materials and fine powders. The DR 100 feeds mills, sample dividers, and particle measuring devices, and it is also suitable for other feeding tasks. Its performance, adaptability and compact design makes this device suitable for agreat variety of applications.The DR 100 can also bedriven and controlled externallyvia the built-in interface. Vibratory feeders guarantee reproducibly exact resultsand maximize the efficiency of downstream laboratory and testing devices.
Afaultless and comparable analysis is closely linked to an accurate sample handling.Only a sample representative of the initial material can provide meaningful analysis results. Sample splittersensure the representativeness of a sample and thus the reproducibility of the analysis.
The RT 100 is equipped with a feed hopper with closed outlet. Thus,up to 30 l sample materialmay be evenly spread over the entire width of the hopper. The outlet is opened manually by moving a lever and the sample is splitted. The slots of the dividing head can be adjusted to a maximum width of 108 mm.
Solid, high-quality pellets are an important precondition for reliable and meaningful XRF analysis. The PP 25 is a compact benchtop unit with particularlysimple and safe operation.With apressure force of 25 tit is ideally suited for thepreparation of solid samples for XRF analysis.The pellets produced are ofhigh qualityand are characterized by theirhigh degree of stability.The piston pressure can be read off from the clearly visible manometer scale. The dies for the Pellet Press PP 25 are available in several diameters and can be evacuated completely.
The well-proven RETSCH sieves consist of a solid stainless steel sieve frame of high stability for reliable sieving results. Paying close attention to mesh-specific requirements, the sieve fabric is precisely joined into the frame and tautened. RETSCH test sieve provides a clear and accurate labeling with full traceability.
The sieves can be easily combined with all other sieve brands. Each sieve that leaves our company comes with a test report or, at your request, with a special inspection certificate in conformity withnational and international standards (PDF). RETSCH calibration certificates confirm a great number of precision measurements, thus ensuring an even higher statistical reliability for your quality control.
The well-proven RETSCH sieves consist of a solid stainless steel sieve frame of high stability for reliable sieving results. Paying close attention to mesh-specific requirements, the sieve fabric is precisely joined into the frame and tautened. The individual laser engraving of each RETSCH test sieve provides a clear and accurate labeling with full traceability.
The sieves can be easily combined with all other sieve brands. Each sieve that leaves the company comes with a test report or, at your request, with a special inspection certificate in conformity with national and international standards (PDF). RETSCH calibration certificates confirm a great number of precision measurements, thus ensuring an even higher statistical reliability for your quality control.
The vibratory sieve shakers of the series AS 200 are used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. The controllable electromagnetic drive offers an optimal adaption for every product. Sharp fractions are obtained even after short sieving times.
The analytical sieve shakers of the series AS 200 are used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. The controllable electromagnetic drive offers an optimal adaption for every product. Sharp fractions are obtained even after very short sieving times.
With its all-digital controls, up to 99 sieving programs and calibration certificate the sieve shaker AS 200 control is indispensable for all users who attach importance to precision and operational convenience and need to comply with the guidelines of the ISO 9001.
The analytical sieve shakers of the series AS 200 are used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. The controllable electromagnetic drive offers an optimal adaption for every product. Sharp fractions are obtained even after short sieving times.
The new Air Jet Sieve AS 200 jet is particularly suitable for sieve cuts of powdered materials which require efficient dispersion and deagglomeration. The option to store up to 10 SOPs and the automatic vacuum regulator (accessory) guarantees reproducible and meaningful results.
The analytical sieve shaker AS 200 tap is used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. Its tapping motion supports the sieve analysis of certain products such as activated carbon, abrasives, metal powder, spices and diamonds, as specified in the corresponding standards.
The analytical sieve shaker AS 300 control is used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. The controllable electromagnetic drive offers an optimal adaption for every product. Sharp fractions are obtained even after short sieving times.
The AS 300 control is particularly designed for test sieves with a diameter of 305 mm (12). Compared to sieves with a diameter of 200 mm, a 2.25 times higher sieving surface is available. Therefore, the average sieving times can be greatly reduced with the AS 300 control. With its all-digital controls and calibration certificate the sieve shaker AS 300 control is indispensable for all users who attach importance to precision and operational convenience and need to comply with the guidelines of the ISO 9001.
The AS 400 control is used for the sieving of dry goods with test sieves of a diameter up to 400 mm. In this, the uniform, horizontal circular motion ensures exact separation of fine and coarse-grained products.
With its all-digital controls and calibration certificate the AS 400 control is indispensable for all users who attach importance to precision and operational convenience and need to comply with the guidelines of the ISO 9001.
The AS 450 basic, is a budget-priced alternative to the AS 450 control sieve shaker. The new sieve shaker covers a size range from 25 m to 125 mm and accepts loads of up to 15 kg. Time and amplitude are digitally set, a memory function allows storage of one program. The AS 450 basic is suitable for dry and wet sieving. It is the economic solution for customers who need to sieve larger quantities of dry material with reliable results.
The analytical sieve shaker AS 450 control is used in research & development, quality control of raw materials, interim and finished products as well as in production monitoring. The controllable electromagnetic drive offers an optimal adaption for every product. Sharp fractions are obtainable even after very short sieving times.
With the sieve shaker AS 450 control RETSCH have designed their first sieve shaker for 400 mm and 450 mm sieves which operates with a three-dimensional sieving motion. It can be used for dry and wet sieving. The optimized electromagnetic drive technology allows for an amplitude up to 2.2 mm even with maximum loads up to 25 kg. This makes the AS 450 superior to all other known sieve shakers based on conventional electromagnetic or imbalance drives.
Royal Duyvis Wiener B.V., founded in 1885 with its head office in Koog aan de Zaan, the Netherlands, is one of the leading manufacturers in the global cocoa and chocolate processing industry. We optimize production processes by supplying new equipment and upgrading existing plants. We reduce production costs by saving energy and minimize downtime.
We can assist you in creating the most suitable recipe for your requirement. Our team of experienced process technologists analyses any type of chocolate, cocoa, cream and compound, and help you find the ultimate solution for your application by testing and developing innovative equipment.