ミナギ List of Products and Services

This is an introduction to a case where the "Blow Disc" was adopted for aeration to promote the emission of chlorine dust in a silo. The model used this time is the BD-25 type, which is for use with a Roots blower, rather than the standard BD-15 Blow Disc for compressed air. The "Blow Disc" is available in a type that can be used not only with compressor air but also with a Roots blower. 【Overview】 ■ User Industry: Cement ■ Target Material: Chlorine Dust ■ Silo Diameter: 3000φ ■ Blow Disc Overview ・ Model: BD-25S-B (for Roots Blower) ・ Quantity and Installation Situation: 16 units... installed in 4 on the lower level, 4 on the middle level, and 8 on the upper level. * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples, which can be checked via the link below.

This is a case from a business that manufactures sintered products. The hopper has a relatively gentle slope, and there were difficulties with outflow due to the small diameter of the discharge outlet. Since they expressed a desire to see the actual product first, we provided samples along with our advice. The selected model, "Blow Disk Mini," consumes less air, allowing us to control all units simultaneously with a single built-in solenoid valve in the controller for air ON/OFF. 【Overview】 ■ Powder type: Zinc stearate ■ Hopper ・ Diameter: 400φ ・ Discharge outlet diameter: 50φ ・ Hopper slope: Over 50° ■ Blow Disk model, arrangement, quantity ・ 4 units of Blow Disk Mini (BD-08S-B) installed in pairs at different heights * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous examples of implementations. You can check them through the link below.

This is a delivery record to a facility primarily manufacturing carbon products. The target material is carbon powder with a high pitch component and poor fluidity. It is quite a troublesome type of material, but based on our past experience, we provided advice on the layout plan for the blow discs, and it was implemented immediately. The results were as expected and good! The customer highly evaluated us by saying, "There are many types of raw materials, but if this material works, it will be easy to prevent bridge and rat holes with other materials as well." 【Overview】 ■ Target material: Carbon powder (high pitch component) ■ Hopper dimensions: 1500×1500 (discharge section: 150A) ■ Blow disc arrangement: 1 unit on the lower level and 2 units on the upper level per side, totaling 12 units ■ Blow disc operation sequence: Controlled by a controller with 6 solenoid valves, the lower units are turned on in pairs sequentially. *For more details, please refer to the PDF document or feel free to contact us. *Our website has many implementation examples available. You can check them through the link below.

This is an introduction to a case where the "Brodie Disk" was adopted for a pharmaceutical manufacturer's crusher hopper. We have received the hopper drawings and powder characteristics, and based on this, we provide advice on the installation position. Our company offers guidance on models and configurations tailored to the user's conditions. Since this case involves pharmaceuticals, we have changed the material of the metal parts of the equipment to the specified ones. Although this is a different case, we also have custom specifications of the Brodie Disk that are often adopted in the pharmaceutical field. 【Overview of Usage Conditions】 ■ Hopper Dimensions: 350×700 ■ Discharge Section Dimensions: 150×150 ■ Powder Type: Pharmaceutical Raw Material ■ Powder Particle Size: Approximately 200μm (50% diameter) ■ Powder Angle of Repose: Approximately 45° *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous examples of implementations. You can check them from the link below.

This is an introduction to a case where a "Blow Disc" was adopted for bridge prevention in a resin powder silo with a capacity of 10m³. In this user's case, before the introduction of this equipment, the air knocker could not resolve the bridging issue, and every time there was a problem, manual hammering was performed from outside the silo. After the introduction of the Blow Disc, all discharge troubles have been eliminated, and damage to the silo walls has also been avoided. 【Overview of Usage Conditions】 ■ Silo Volume: Approximately 10m³ ■ Discharge Diameter: 150φ ■ Discharge Method: Suction Type ■ Silo Pressure: -2000mmAq ■ Powder Type: Resin Powder ■ Powder Size: Approximately 300μm on average ■ Powder Specific Gravity: About 0.5 *For more details, please refer to the PDF document or feel free to contact us. *Our website contains numerous implementation examples. You can check them from the link below.

This is an introduction to a case where a milling company adopted the "Brodisk." They are using a screw feeder to dispense bran in a controlled manner from the hopper. There is a stirring blade inside the hopper, but they inquired about how to address the residual material in areas that the blade cannot reach. There are various types of bran, but they are generally very troublesome. Therefore, we recommended a free trial and provided advice on the layout at the same time. The trial results were favorable, and they decided to implement it. 【Overview of Usage Conditions】 ■ Hopper: 500×500 With agitator Discharge via screw feeder ■ Material: Bran (outer skin of wheat) ■ Layout Overview: One unit on each of the two inclined surfaces, totaling two units *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be checked via the link below.

This is an introduction to a case where a "Brodie Disk" was adopted for preventing bridging in the powder coagulant supply system at the leachate treatment facility. Initially, it seems that bridging was not anticipated, but the fluidity of the product was worse than expected, leading to discharge issues during trial operation. They contacted us for a solution. The reason for adoption was that it could be "easily implemented immediately and sufficient effectiveness was expected." After the introduction, this issue was resolved at once. [Overview of Usage Conditions] ■ Hopper: 400φ ■ Target Material: Coagulant (Apparent Specific Gravity: Approximately 1) This is not a typical polymer coagulant. *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be checked via the link below.

This is an introduction to a case where "Brody Disk" was adopted in a wood biomass power generation plant. It addresses the bridging issue in the cyclone lower hopper of the fuel air transport system. After installing this equipment, bridging no longer occurred, and we received positive feedback from the customer regarding the improved operation. 【Overview of Operating Conditions】 ■ Hopper Diameter: 1400φ ■ Outlet Diameter: 250A ■ Material: Wood biomass fuel (fluffy, less than 10mm) ■ Configuration: 4 units installed in 2 layers in the above hopper (total of 8 units) ■ Operation: Air ON in a staggered manner, 2 units at a time at 4 locations * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples. You can check them through the link below.

This is an introduction to a case where "Brodisk" was adopted to improve the state of funnel flow in the hopper for a material that adsorbs and immobilizes heavy metals in fly ash. In the user's factory, this agent is being air transported, but they consulted us because funnel flow and rat holes occurred in the dust collector hopper, preventing discharge through the rotary valve. After reviewing the drawings around the dust collector and the material samples, we informed them of the necessary quantity and layout plan for the equipment, leading to immediate implementation. After installation, the discharge troubles have been resolved. 【Overview of Usage Conditions】 ■ Hopper Diameter: 1000Φ ■ Discharge Diameter: 200A ■ Material Name: Ash Knight *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be checked via the link below.

This is an example of our bridge breaker being introduced at a recycling plant due to frequent discharge troubles in the weighing tank during the summer. It seems that the flowability of the materials being accepted varies from day to day, and particularly, troubles occur from the rainy season to summer. Many of the troubles faced by this customer were due to material remaining on one side of the hopper, but in this case, since it was a square hopper, the issue was resolved by installing blow disks on the three sides where the material was remaining. 【Overview of Usage】 ■ Hopper dimensions: 800×800 ■ Discharge: 250A butterfly valve ■ Equipment name: Recycling plant (related to gypsum) *For more details, please refer to the PDF document or feel free to contact us. *Our website features many examples of implementations. You can check them via the link below.

The equipment was adopted for bridge prevention in the lime silo for hazardous gas countermeasures at an industrial waste incineration facility. We have a significant track record in such applications. In one case, the customer was using a different method of aeration in the lime silo, but the bridging could not be completely resolved, and the lime had clumped together, possibly due to moisture in the air. Therefore, our equipment was introduced. Initially, there was a risk regarding how much resistance the elastic disk of the blow disk would have against the clumps. However, the elastic disk of our equipment has excellent strength and aging resistance, and its thickness is sufficient, allowing for long-term use without any particular issues after installation. 【Silo Conditions】 ■ Diameter: 2000φ ■ Discharge Diameter: 350φ ■ Taper Section: 1600H *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous case studies, which can be accessed through the link below.

This is an order received from a business that manufactures hoppers and transport equipment, as specified by the end user (pharmaceutical manufacturer). The business was concerned about bridging during the hopper design due to the very poor flowability of the material (which resembles potato starch and has strong adhesion). Upon consulting with the user, it was decided to install this equipment effectively, as the user had already had experience using a BroaDisk. 【Overview of Usage Conditions】 ■ Hopper dimensions: 400×700 ■ BroaDisk arrangement: 2 BroaDisk Minis on the lower level, 2 BroaDisks on the upper level ■ Operating method (sequence): 1) Turn on both BroaDisk Minis on the lower level simultaneously 2) Turn on one BroaDisk on the upper level 3) Turn on the remaining BroaDisk on the upper level * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous case studies, which can be accessed via the link below.

This is a project delivered to a measurement system manufacturer. We received contact regarding an issue where a bridge was occurring during operation with the user's presence after the system was completed. In addition to the originally anticipated powder and granules, it was reported that several other materials were added, and bridges were occurring in these cases. Since they requested to conduct a test, we provided guidance on the arrangement and model of the equipment based on our experience and lent them the necessary quantity. The test results were favorable for all materials, leading to their adoption. [Overview of Usage Conditions] ■ Hopper Diameter: 380φ ■ Discharge Diameter: 50φ ■ Target Material Particle Size: Fine powder to 200μm ■ Target Material Apparent Specific Gravity: 1-1.5 ■ Target Material Angle of Repose: 50° *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

This is an example of a consultation from a manufacturing representative of an industrial materials manufacturer regarding the bridging phenomenon of the material "needle-like crystalline powder" in a hopper, and the inability to eliminate residuals at the four corners. This material is a new type, and it seems that existing bridging countermeasure equipment (such as knockers) did not work well. After receiving and reviewing the material sample and hopper drawings, I recommended the selection and arrangement of the blow disks and suggested conducting tests. Immediately, manual air control was tested, and good results were confirmed, leading to the implementation of automatic control through the introduction of a controller. [Overview of Usage Conditions] <Hopper Overview> ■ Dimensions: 1100×1100 <Blow Disk Arrangement and Operation> One blow disk is installed approximately 250 mm from the discharge section on each side, and another one is installed approximately 400 mm above this (closer to the corners). A total of eight blow disks are used, with four solenoid valves operating two disks each in sequence for aeration. *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous implementation examples, which can be accessed via the link below.

To the facilities manufacturing functional resin products, we would like to introduce a case where our blow discs were supplied. From the user, we received an inquiry stating, "Chips of about 1-2mm are clogging at the hopper discharge section, so we installed a nozzle nearby for air aeration, but it hasn't resolved the issue." Since the material has relatively good flowability, we resolved the clogging by installing three standard blow discs 250mm above the hopper wall from the discharge section. Most cases we consult on involve materials with relatively poor flowability. Therefore, in the case of a hopper with a diameter of about 1200mm, it is common to install four or more blow discs, but in this instance, three installations worked effectively. 【Hopper Conditions】 ■ Diameter: 1200mm ■ Discharge Diameter: 125A *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples. You can check them through the link below.

This equipment has been adopted for bridge measures in the packer scale hopper. The target material is a chemical, and since I wanted to confirm its properties, I requested a sample to be sent. Upon inspection, it appeared to be a troublesome type similar to titanium dioxide, but the customer viewed our equipment and decided to adopt it. We have numerous achievements even with general TiO2-like fine powders that have poor flowability and high adhesion. If you consult us regarding model selection or layout, we will provide suggestions tailored to your case. [Overview] ■ Hopper Inclination: <60 degrees *For more details, please refer to the PDF materials or feel free to contact us. *We have many implementation examples on our website. You can check them from the link below.

The equipment was installed to prevent bridging of red iron oxide in the hopper of the screw feeder. Since the particle size of the material is quite fine and its fluidity is very poor, we recommended the "BD-20 type" with a higher air volume instead of the standard "BD-15 type." (Blow disk specification) The blow disk is an economical device, so even if many are installed, the cost remains limited. Our company provides advice on layout planning, so please feel free to consult us. 【Usage Conditions】 ■ Hopper Size: 1500 (screw direction) × 1000 ■ Material ・ Name: Iron oxide ・ Particle size: Approximately 1μm ・ Bulk density: 0.45 ■ Arrangement and Quantity of Blow Disks ・ Installed on two surfaces parallel to the screw ・ Three units on the lower level and two units on the upper level per side, divided into two tiers ・ A total of 10 units installed ■ Control Method ・ Based on the screw, two opposing blow disks are sequentially turned on with air in a time-lagged manner * For more details, please refer to the PDF materials or feel free to contact us. * Our website has many implementation examples available. You can check them via the link below.

We have installed a blow disk at the plant of a business that mainly manufactures resin mixed products using incineration fly ash and other materials. The materials in question are mixtures such as magnesium hydroxide, titanium oxide, and antistatic agents. After the installation of this equipment, the crosslinking phenomenon no longer occurs, allowing for stable and precise feeding from the hopper via a screw. 【Overview】 ■ Hopper approximate dimensions: 500×500 (bottom 500×100) ■ Blow disk installation status: - One standard blow disk (BD-15) installed on each of the two opposing sides ■ Main standard products: BD-15S-B / BD-15S-W * The difference between the two models is the color of the elastic disk (silicone disk), which is either blue or white. There is no performance difference. * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples, which can be checked via the link below.

In transferring production overseas, we have adopted this equipment to ensure thoroughness in our production facilities. It has been reported that issues frequently arise with vibrators alone in domestic equipment under the same conditions, which has led to this adoption. This time, based on your experience using our equipment, you have decided to adopt it immediately. Additionally, we offer a loan of the Brod disk, allowing you to verify its effectiveness. 【Overview】 ■ Target material: Foundry sand (moisture 3%, specific gravity 1.3) ■ Hopper size: Approximately 1000×2000 ■ Other equipment: Used in conjunction with a vibrator ■ Destination: Southeast Asia *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them via the link below.

Diatomaceous earth is clogging in the hopper and silo, and we received a consultation saying, "We want to do something about it since people are constantly involved." After explaining the features of our equipment, we provided several samples for them to take home. They tried it out in a small hopper from their idle equipment at the customer's factory, and of course, the results were good! They have introduced it into multiple tanks, including square and round hoppers. The blow disk is easy to install (especially no welding is required) and is low-cost, making it reasonable to install many units. [Key Points of Our Equipment] ■ The elastic disk (silicone) is very important in terms of strength and durability, especially considering the risk of foreign matter contamination. The silicone disk of our equipment is exceptionally strong and durable. Once you use it, you will understand! ■ Control (how to aerate?) is crucial! We provide guidance on what should be done. We also have a dedicated controller prepared. *For more details, please refer to the PDF materials or feel free to contact us. *We have published numerous implementation examples on our company website.

This is an inquiry regarding a case where 'the pellets are bridging solidly just above the discharge valve, and it is difficult to resolve this with hammering from outside the hopper.' We had previous experience dealing with similar-sized materials, so we were able to provide information on layout and operating methods based on that. However, the material this time has quite a bit of stickiness on the surface. There was some risk involved, but we were able to achieve good results. [Overview] ■ Hopper Size: 1000φ ■ Discharge Outlet Diameter: 150A ■ Target Material: Pellets approximately 3mm x 3mm x 5mm ■ Other: This time, the air pressure was set higher, and the air ON time was set shorter. ■ All materials and processing are produced domestically. *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples. You can check them out via the link below.

We would like to introduce a case that was brought to us by the maintenance representative of a fertilizer manufacturing facility. They are experiencing blockages in the hopper section of their manufacturing plant's dust collector and are troubled by this issue. Although bridging phenomena are occurring in other equipment as well, they have damaged the hopper due to measures such as hammering. Therefore, they requested a solution that would not cause damage to the hopper this time. The equipment is designed to utilize air injection from all around the silicone disk installed on the inner surface of the hopper, along with the effects of the vibration of the silicone disk during air ejection. Since it involves air injection and the vibration of the silicone rubber disk, it will not damage the hopper itself. [Overview] ■ Dust collector hopper dimensions: Approximately 1600×2200 ■ Number of blow disks installed: 12 * This time, 12 disks were installed to reduce the risk of residue remaining in the four corners of the hopper. * For more details, please refer to the PDF document or feel free to contact us. * Our website contains numerous examples of implementations, which can be checked via the link below.

Here is a case study from a waste treatment facility in a certain city. "We received a consultation stating that in the storage tank for sewage sludge incineration ash, when the storage volume increases, it becomes impossible to extract using the feeder. It seems to be compacted at the bottom of the hopper." Since we had various experiences with sewage sludge incineration ash, we proposed a solution using a blow disk after reviewing the sludge sample, including layout plans. It was adopted promptly, and the trouble was resolved quickly. This equipment performs aeration inside the hopper (along the inner wall of the hopper), so depending on the conditions, it is very effective in addressing compaction caused by increased storage volume and longer storage time. [Overview] ■ Hopper Size - Approximately 3000 × 3000 ■ Blow Disk Arrangement, etc. - One unit just above the outlet on each side, plus two more above, totaling 12 units installed on four sides. - The controller, which incorporates six solenoid valves, sequentially supplies air to two blow disks at six locations with a time difference. *For more details, please refer to the PDF document or feel free to contact us.

In the case of the bulk bag receiving hopper, the discharge outlet was relatively small, and bridging occurred frequently due to the input conditions, which is why this equipment was installed. After installation, the user has reported that there have been no troubles at all. We believe that the placement of the bridge breaker is very important. We are open to consultations regarding placement plans that suit the user's conditions, so please feel free to contact us. 【Usage Conditions】 ■ Hopper Size: 1800×2000 ■ Hopper Discharge Outlet: 150×150 ■ Raw Material Name: Calcium Carbonate *For more details, please refer to the PDF document or feel free to contact us. *Our website features many implementation examples. You can check them via the link below.

We received an inquiry regarding a bridge formation that occurred during trial operation at an overseas factory of a rubber and resin product manufacturer, using a small hopper. After hearing about the conditions and details of the trouble, we provided information about the model and arrangement of our equipment. The adoption was quickly decided, and when the domestic representative visited this factory, they handled it by hand-carrying. 【Overview】 ■ Hopper diameter: 450φ ■ Discharge diameter: 100φ ■ Material name: Clay (stone powder) 【Key Points of Our Equipment】 ■ The elastic disk (silicone) is very important in terms of strength and durability, especially considering the risk of foreign material contamination. Our silicone disk is exceptionally strong and durable. Once you use it, you will understand! ■ Control (how to aerate?) is crucial! We provide guidance on what should be done. We also have a dedicated controller available. *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

We would like to introduce a case where the bridging in a powder storage hopper, which occurs when cutting various types of paper with a blade, was resolved using a "Brodisk." The customer requested to borrow the Brodisk, so we lent them four units of the standard model BD-15S-B. After installing one unit on each side of the hopper for testing, the bridging was easily resolved, and subsequently, they adopted this Brodisk along with the controller. [Overview] ■ Hopper dimensions: 600×600 * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples, which can be checked via the link below.

We would like to introduce a bridge prevention project at a certain synthetic resin manufacturer. "There are many types of film crushed products, and bridging occurs depending on the type." As a countermeasure, we received a request to first conduct sufficient testing of the blow disk. (1) 4 blow disks / (2) 8 mini blow disks / (3) 16 mini blow disks, and we conducted tests in three variations. We concluded that (3) is universally effective for all materials. Furthermore, after applying it to the actual machine, we received feedback that all bridging issues were resolved. 【Test Overview】 ■ Hopper diameter: 700φ ■ Discharge outlet diameter: 200φ ■ Raw materials: Film crushed products, various types (approximately 1mm, thickness ranging from several micrometers to several hundred micrometers) Bulk specific gravity: 0.1-0.5 * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples, which can be accessed via the link below.

The facility manufacturing masterbatch has adopted the "Brodisk." Due to the hopper's slope being gentler than the material's angle of repose, there were difficulties in discharging the target powder. However, the installation of the Brodisk has resolved this issue. 【Overview of Usage Conditions】 ■Raw Materials - Carbon black - Particle size = under 50μm - Bulk density = approximately 0.15 - Angle of repose = approximately 45° ■Hopper Size - 1200×1200 ■Brodisk Arrangement - 3 units on each side, totaling 12 units installed ■Brodisk Operation - Controlled by a controller with 6 solenoid valves, the Brodisk is sequentially turned ON in groups of 2 at 6 locations. *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

We would like to introduce a project delivered to a machinery manufacturer. "During the load operation after the completion of the equipment, a rat hole occurred," which led to the urgent adoption of our solution. There were only a few days left until the machinery manufacturer was scheduled to ship this equipment, so we promptly delivered the blow disk for retesting. The results were favorable, and we received positive feedback that they could ship with confidence. 【Overview】 ■ Hopper diameter: Approximately 600φ ■ Discharge diameter: Approximately 70φ ■ Raw material: Cellulose (bulk density: approximately 0.2) ■ Equipment configuration: Two blow disks on the upper level and two blow disk minis on the lower level (near the discharge area) *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out through the link below.

We have been using "Brodisk" for some time now, and we would like to introduce a case from one of our business locations. When intermittent aeration was performed using Brodisk, while the clogging improved somewhat, it was not completely resolved and remained unstable, leading to consultations. The actual hopper this time is small in diameter, but we have installed 6 Brodisk Mini units. The results were as expected, and in addition to this small diameter hopper, we have also implemented this material in a grinding product tank (1000□). [Overview] ■ Hopper diameter: 250φ ■ Discharge section diameter: 70φ ■ Raw material: Thermoplastic elastomer (TPO), granules of a few mm + fine powder ■ Brodisk Mini arrangement: 2 units in the lower section (near the discharge section), 4 units in the upper section * For more details, please refer to the PDF document or feel free to contact us. * Our website features numerous implementation examples, which can be checked via the link below.

At a facility that manufactures various types of resin sheets and hoses, we have adopted a large number of Bro-Disk Mini units. There are many types of raw materials and hoppers, and depending on the conditions, bridging can occur even with virgin materials. After reviewing the individual hopper drawings, we provided layout proposals for each, which were subsequently adopted. After implementation, the initial issues were resolved immediately. 【Overview】 ■ Hopper Size ・Diameter: 300φ to 500φ ・Discharge Outlet: 50□, 50φ, 70φ, etc. ■ Raw Material ・Resin Pellets *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

Here is a case installed on the straight cylindrical part of a small hopper. Resin pellets are bridging inside the small diameter round hopper, specifically in the cylindrical section rather than the cone part. At the customer's request, we provided this sample of an elastic disk piece before adoption. When a blow disk mini was installed in the cylindrical section, the bridging phenomenon was easily resolved. [Usage Conditions] Target Material: Resin pellets, approximately 2mm Hopper Size: Diameter 300φ, Cone part 200H, Cylindrical part 300H Installation Status of the Equipment: Two units in the cylindrical part (180° rotation, at different heights) *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous examples of implementations. You can check them through the link below.

We would like to introduce a case where a blow disk was adopted to address the poor discharge of collected dust. There were no issues during continuous discharge from the dust collector's hopper, but when dust was stored over the weekend, it became very difficult to discharge even with the vibrator running at the beginning of the week. Therefore, the blow disk was adopted. After the introduction of this equipment, it has been evaluated that smooth discharge is possible even after several days of storage. 【Overview of the Material】 ■ Dust collected from electric furnaces ・Bulk density: 0.8 ・Angle of repose: 50° ・Main component: Iron oxide *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be checked via the link below.

We would like to introduce a case where our recycling plant (test plant) was used. This time, considering the possibility that the material properties may change in the test plant and that the hopper has a gentle slope, we recommended the BD-20 type, which has a larger air volume compared to the standard BD-15 type, and it was implemented. 【Overview of Usage Conditions】 ■ Target Material - Gypsum board crushed product (no paper content) - Average particle diameter of about 100μm (wide particle size distribution) - Bulk specific gravity of 0.6 ■ Hopper - Capacity of 4m3 - Diameter of 1800φ - Discharge diameter of 200φ - Cone section slope of 45° *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous implementation examples. You can check them via the link below.

This is an example of a consultation regarding a situation where the target powder was not being discharged properly from the hopper of a powder handling device at a precious metal recycling facility. Although the powder is not particularly non-flowable, the insufficient slope to secure the hopper capacity led to discharge issues. Since it is a relatively small square hopper, we were able to resolve this trouble by installing one standard type "BD-15" blow disk on each side, for a total of four. 【Overview】 ■ Hopper size: 500×500 ■ Discharge diameter: 80A ■ Hopper slope: approximately 45° ■ Material size: around several hundred μm 【Product specifications, etc.】 ■ Blow disk BD-15S-W: 4 units ■ Controller C-SV4: 1 unit *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

I would like to introduce a case involving the incineration ash in a large hopper. "We received an inquiry stating that despite installing standard aeration in the square hopper for sewage sludge incineration ash, some ash remains in the four corners." After discussing the hopper diagram and the current situation, we provided guidance on the arrangement of the blow discs, and they were implemented promptly. After installation, the discharge became stable, and operations began without any issues. 【Overview of Conditions】 ■ Hopper Size: Approximately 100 tons ■ Discharge Outlet: 300□ ■ Material: Sewage Sludge Incineration Ash ■ Material Specific Gravity: Approximately 0.5 ■ Arrangement of Our Equipment: 2 units on each side, totaling 8 units installed *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out through the link below.

We would like to introduce a case where a blow disk was adopted in the fly ash storage tank of a waste incineration plant. The elastic disk of this equipment is made from a highly durable special material. This material is fundamentally silicone rubber, but it has superior aging resistance compared to conventional silicone rubber. It is safely used in various fields. 【Overview of this case】 ■ Tank size: Approximately 3000×3000 ■ Discharge section: 900φ 【Key points of this equipment】 ■ The elastic disk (silicone) is very important in terms of strength and durability, especially considering the risk of foreign matter contamination. The silicone disk of this equipment excels in strength and durability. Once you use it, you will understand! ■ Control (how to aerate?) is crucial! We provide guidance on what should be done. A dedicated controller is also available. *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous implementation examples. You can check them through the link below.

Due to concerns about bridging with fish meal in the newly established silo, we have adopted the Brody Disk. We provide solutions for bridging and clogging based on our customers' situations and conditions. Please feel free to contact us; we have various experiences. 【Overview of Conditions】 ■ Hopper Size: 2000×2000 ■ Discharge: Screw Conveyor ■ Material Specific Gravity: 0.7 ■ Material Moisture Content: 10% (subject to significant variation) 【Key Points of Our Equipment】 ■ The elastic disk (silicone) is very important in terms of strength and durability, especially considering the risk of foreign material contamination. Our silicone disk is exceptionally strong and durable. Once you use it, you will understand! ■ Control (how to aerate?) is crucial! We provide guidance on what to do. We also have a dedicated controller available. *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

This is an introduction to a case where a blow disk was installed in a quicklime supply system associated with exhaust gas treatment at a production plant. The quicklime began to bridge in the equipment hopper, and we received inquiries from the operators responsible for maintenance and other tasks. Quicklime has been widely adopted in many fields, and in this case, after reviewing the hopper diagrams and the user's situation, we provided information on what we believed to be the most suitable method, including costs. Since the installation of the blow disk, there have been no further issues. [Hopper Overview] ■ Size: 1000×1000 ■ Outlet: 100A ■ Discharge Mechanism: Rotary Valve *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be accessed through the link below.

We would like to introduce a case where our equipment was adopted for the construction of a new plant for a chemical company. In the evaluation of the flowability of the target material using a powder tester, it was determined that "crosslinking prevention blockage measures: unnecessary." However, based on user experience, it is essential to have aeration. Therefore, in addition to aeration, we have adopted this equipment, which is expected to provide effects through vibration. 【Overview】 ■ Hopper diameter: 1400φ ■ Discharge diameter: 150A ■ Gas used: N2 This equipment can be used without any issues not only with air but also with inert gases such as argon and nitrogen. ■ Material particle size distribution: (Dv50) 300μm ■ Material density: 0.4 *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

This is a case where a factory that introduced a bag filter for dust collection of non-combustible phenolic resin (in the form of chips) experienced a blockage in the hopper shortly after starting operation. After reviewing the dust collector's drawings during the initial inquiry, you sent us material samples. Upon confirmation, we found no particular concerns based on past experience, so we provided guidance on the model and layout plan. The installation was completed promptly, and the issue was resolved immediately. 【Hopper Overview】 ■ Approximately 1500×1500 ■ Discharge section 200×200, discharged via a rotary valve 【Layout and Operation Method Overview】 ■ 2 units installed on one side, totaling 8 units One unit near the discharge section (center left/right) and one unit above it (positioned towards the corner to reduce the risk of residue in the corner) ■ Controlled by a controller with 4 solenoid valves, air is turned on sequentially in pairs * For more details, please refer to the PDF document or feel free to contact us. * Our website contains numerous implementation examples, which can be checked via the link below.

This is a case adopted at a resin molding factory. It was introduced as a countermeasure for discharge troubles with a mixture of PP and masterbatch. There were concerns that the discharge from the charging tank of the weighing and mixing device was unstable, resulting in variations in the color intensity of the products. After discussions, it was decided to install four Mini Blow Discs in a small hopper, and we have received positive feedback that this issue was resolved after the introduction of the equipment. 【Hopper Overview】 ■ Conical shape, upper diameter 300mm 【Mini Blow Disc Arrangement and Control】 ■ Two units each at different heights, totaling four. ■ A controller with one solenoid valve to simultaneously turn the air ON and OFF for all four units. *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous implementation examples, which can be checked via the link below.

As a measure against occasional blockages that occur in the cement hopper of the concrete plant, we have adopted our bridge breaker, the "Brodisk." It was reported that supply had been unstable due to seasonal factors and other reasons. However, more than a year has passed since the installation of this equipment, and there have been no issues at all. 【Overview】 ■ Hopper diameter: 1200φ ■ Discharge diameter: 300φ 【Key Points of This Equipment】 ■ The elastic disk (silicone) is very important in terms of the risk of foreign material contamination, as well as strength and durability. The silicone disk of this equipment excels in strength and durability. We believe you will understand this once you use it! ■ Control (how to aerate?) is crucial! We provide guidance on what should be done. A dedicated controller is also available. * For more details, please refer to the PDF materials or feel free to contact us. * Our website features numerous implementation examples. You can check them out through the link below.

To prevent rat-holing in the raw material hopper of the powder molding press, we have adopted the Bro-Disk Mini. This hopper is equipped with an agitator for mixing, but it was reported that it was not very effective, so we were consulted. Upon examining the powder in question, there were no significant concerns, so after providing guidance on the standard model and layout, it was implemented, and the issues have been resolved. 【Overview】 ■ Hopper size: Approximately 350×350 ■ Average particle diameter of the raw material: Approximately 100μm ■ Bulk density of the raw material: Approximately 1 ■ Bro-Disk arrangement: 4 units total, one on each side of the square hopper (two on opposite sides at different heights) *For more details, please refer to the PDF document or feel free to contact us. *Our website features numerous case studies. You can check them out via the link below.

This is an introduction to a matter that was initially addressed through a phone call from a representative of a factory that manufactures resin products for medical and industrial use. It was indicated that sending material samples to our company was not possible, so we lent them the BroaDisk "BD-15S-W." They have adopted this equipment after confirming its performance. Our company regularly provides assistance with selecting the appropriate model of BroaDisk and its arrangement according to the user's situation, as well as lending products. 【Case Study】 <Problem Details and Conditions> ■ Color masterbatch pellets containing surfactants are causing bridging. ■ Raw Material Overview: Size is approximately 2mm x 2mm x 3mm, tends to clump when gripped. ■ Hopper Size: 400 x 400 (only one of the four sides has a gentle slope). ■ Hopper Discharge Section: 40φ <After Implementation> ■ Installed one standard BroaDisk on the gentle side. ■ Increased air pressure slightly to about 0.5Mpa, with intermittent operation of air ON for a short time. *For more details, please refer to the PDF materials or feel free to contact us. *Our website features numerous case studies, which can be accessed via the link below.