Mixing unit - Import export

GRUNDODRILL 4X GRUNDODRILL 11XP GRUNDODRILL 15XP GRUNDODRILL 15XPT GRUNDODRILL 18N GRUNDODRILL 18ACS GRUNDODRILL 28Nplus Mixing units Mixing unit MA07 Mixing unit MA09 Mixing unit MA010 Accessories Used Machines

Submerged turbine operating at low speeds combined with an air blower for oxygen input. The Sofie® Submersible Aerator/Agitator is a mixing unit for extremely challenging applications. The units minimise blocking or clogging, the Sofie® can be used as an aerator or an agitator for wastewater treatment. Sofie® is designed to be installed at the base of tanks and to operate either in aeration or in a mixing mode. Sofie® is a good alternative to mechanical fine bubble aerators and is suitable for ponds with oxygen or mixing requirements.

Besides the KneaderReactors LIST provides customized auxiliary equipment for the feeding and discharging of products and vapor. Some examples of typical equipment: Pre-Mixing Units Feed Flash-Valves Feed Single- or Twin-Screws Discharge Single- or Twin-Screws Discharge Valves Dust Filters Buffer and Vacuum-Lock Vessels etc.

IFA Technology considers your individual requirements and builds customised mixing systems for you. Powder dispersion units are used for agglomerate-free wetting of powdery substances with liquid substances. Our mixing systems are adapted to your needs and generate a vacuum using a rotor-stator principle. This sucks in the powder and mixes it directly in the liquid flow in the mixing unit. Even difficult materials can be processed without any problems thanks to the dust-free suction with the aid of guide jet mixers or rotor-stator mixing units. In addition to the automated feeding of liquid and powdery materials, the complete system from IFA Technology includes a dispersion unit with mixing tank and purification system. The dispersion system can be implemented in batch operation (as homogeneous as possible mixing of the components) or inline (fully continuous mixing of the components). Variants directly in the mixing tank are alternatives to conventional agitators.

Cummins motor 224 kW T4i for driving and drilling Drill rig with rubberised steel trackundercarriage, stabilisers Spacious, air-conditioned and heated cabin, Comfortable seat, joysticks, 12" Touch-Screen Fully galvanised rod box for 288 m of drill rods Fully automatic rod exchange system Semi-automatic clamp and break-away facility Anchoring system Powerful 650 l/min HP Bentonite pump on-board the rig Bore data log – telemetry data transfer Bore automatics, percussive hammer, high pressurecleaner, wireless remote control Mixing unit MA07 D (electric version optional)

Can be dismantled in three parts so can be used from out of the building without a core drill, i.e. for FTTX, gas connections Pneumatically driven hammer bore head assembly is ideally suited for alternating soils. If the hammer bore head meets with resistance (larger rock inclusions, solid rock, rubble deposits or brickwork), the hammer effect is activated automatically. The complete system with hydraulic power unit and mixing unit MA09 can be placed on a small trailer for safe transportation. Can be dismantled Portable Can be applied from out of a building

IFA Technology considers your individual requirements on process and quality monitoring and builds customised viscosity control systems for you. Viscosity control systems are mainly used for monitoring and optimising processes and product quality. In accordance with your needs IFA Technology implements complete plants which are equipped with mixing tanks, dosing units and consumption data acquisition. The viscosity sensors are used as rotation sensors, inline sensors or resonance frequency sensors, depending on the area of application. The connected controller is freely parameterisable and can be connected directly to higher-level control systems via an interface.

Introduction of Asphalt Vibrating Screen An asphalt vibrating screen is one of the most critical machines at asphalt-producing plants and in many construction locations. Its role is to filter and perform size classification of aggregates, thus ensuring conformance of materials used in asphalt mixtures to specified requirements. This screening process lies at the heart of producing quality asphalt that can perform and last in road construction projects. The vibrating screen efficiently sorts aggregates to ensure the right consistency and composition of the final asphalt mixture, which is an important requirement in a paved surface for strength and durability. Application of an asphalt vibrating screen does not just act in the role of material filtering, but rather, it directly affects the quality of the asphalt products realized. Without proper screening, uneven gradation may result in the product mixture, and this unevenness can result in weaknesses in the pave.

What Is a Bitumen Drum Barrel Heater Decanter? In road construction, the Polygonmach Bitumen Barrel Heater Decanter is one of the important machines in the field, and hence, it is so important in the construction industry. The main work is heating and liquefaction of bitumen. Bitumen usually comes in solid or semi-solid state in standard barrels. The process makes the bitumen ready to use in various activities involving construction, mostly in building and road maintenance. This machine ensures that bitumen is in the right state for application; hence, one is assured that the expected execution and projected long-term quality and durability of a road construction job are met. The use of these heaters/decanters is hence widespread owing to how effectively they change bitumen from the stored state into the state that it can be used as a liquid.

Asphalt Manufacturing Facility The stationary hot mix asphalt plants from Polygonmach are not transportable instead they are fixed in one place and intended for large-scale asphalt production. With capacities ranging from 60 to 400 tonnes per hour these plants can produce asphalt continuously which makes them perfect for large-scale projects. Their main job is to combine aggregates like crushed stone sand or gravel with a binder called asphalt cement to create high-quality hot mix asphalt which is an essential material for road construction and maintenance. Asphalt Plant Near me A vital part of any asphalt plant is aggregate storage. The plant stores aggregates in sizable bins or stockpiles which include sand gravel and crushed stone. These components which make up the majority of the asphalt mix are first sorted according to size and quality before being added to the mixing process.

An RCC (Roller Compacted Concrete) Batching Plant is an offshoot of regular concrete batching plants, which are used for making a large quantity of concrete within a short amount of time. In simple words, it's a specially designed plant for producing Roller Compacted Concrete, which is a very vital and cheap construction material used in many infrastructure projects. RCC Batching plants are equipped with machinery and equipment specially tailored to batching and mixing ingredients to be used in roller compacted concrete production. A batch plant is usually a combination storage bin or silo for cement, aggregates, and supplementary materials, such as fly ash or admixtures that are measured out with great precision and discharged into a mixing device for the addition of water and thorough mixing into a homogeneous concrete mix. RCC Batching Plants optimize mix design consistency and quality control to achieve the desired strength, workability, and durability of roller-compacted concrete

One kind of heavy-duty crushing machinery that uses impact force to reduce material size is the Horizontal Shaft Impactor (HSI) Primary Impact Crusher. The material is shattered by the impact force and the high-speed collisions against the plates or other particles in an HSI crusher which uses a rotating horizontal shaft to propel material towards fixed breaker plates as opposed to jaw crushers which compress the material between two plates. For many aggregate applications a high-quality cubical-shaped product is what this crushing method excels at producing. The HSI crusher is a great option for primary crushing operations where large materials need to be broken down efficiently because of its design which enables it to handle larger feed sizes. Because of its adaptability and capacity to produce a variety of particle sizes with good shape the HSI Primary Impact Crusher finds extensive application in the recycling and construction sectors as well as in mineral processing operations.

A concrete production facility is a dry type where no water takes part in the mixing. In this type, water is not used for casting the mix. At this point in time, unlike the traditional concrete batching plants allowing the water to mix the materials, dry-type plants include mixing components like cement, aggregates, and admixtures without water in the mix. This type of batching plant is specially designed for the production of mixes by mixing all dry components and subsequently adding water in the final stages of the mixing cycle. Conditions under which concrete batching plants would be preferred include: nature of job, scarcity of water, restriction of water by local authority for environmental reasons, and transportation and storage difficulties in wet materials. In this sense, the installation of dry mixes along with a water metering system brings the most sustainable and efficient way of the concrete production process.

An 80-ton welded-type cement silo is a large storage container designed mainly to hold big amounts of cement in construction and industrial settings. The metal panels used to build this type of silo are joined by welding so that they are very strong and sturdy, thereby enabling them to hold big volumes of cement. These silos can hold 80 tons of cement, ensuring a large storage and continuous, effective supply of this required construction material at the working site or the cement manufacturing plant. Leakages and structural failures, caused by poor welding, are eliminated by the welded feature in the 80-ton cement silo; thus, the quality of the cement stored is maintained. It has access doors, level indicators, and discharge systems which make the process of loading-unloading of cement easy.

A 75-ton welded type cement silo is a huge storage container used in the construction industry for the storage of cement. The silo is composed of panels of welded metal to give it strength and durability in storing large amounts of cement. Here we present the silo with a capacity of 75 tons, providing great storage capacity for cement. Without it, the supply of this critical building material would be very effectively managed on construction sites. The welded construction of the silo not only lends stability to it but also precludes any leakage, thus maintaining the quality of the stored cement inside. This makes the 75-ton welded type cement silo a strong and trustworthy storage facility that forms a key part of building works to ensure continuity in cement supplies for various building projects.

A 30-ton Welded Type Cement Silo refers to the used specialized storage structure to hold a large quantity of cement in a welded construction. These silos are mainly applied in construction projects, concrete production plants, and industrial projects by which efficient storage and supply of cement are highly required. The welded-type silo design involves welding together the component parts into a robust, seamless storage unit that can bear the weight and pressure of bulk cement. These silos are designed to have a capacity of 30 tons, providing medium storage volume for medium-scale projects that require both a continuous and reliable supply of cement. The application demands regarding cement storing and dispensing are served by a 30-ton welded type cement silo. The welds guarantee the structural integrity of the silo, providing a safe environment for the stored cement.

A 50-ton horizontal type cement silo is generally a storage structure implemented in construction projects for storing and distributing cement. Unlike the traditional vertical silos that stand tall, horizontal silos are laid out horizontally; hence, it becomes quite easy to transport and commission on a construction site. These silos can be easily mounted on a trailer for easy movement and then securely placed on the ground for usage. Conveying systems are put in place to pump the cement out if need be, providing continuous supply of cement during construction activities. The 50-ton capacity assures carriage of enough cement at one time, thus guaranteeing continual work without constantly refilling. Convenience, efficiency, and reliable storage for construction projects characterize this size of a horizontal type cement silo.

The 3000-ton bolted-type cement silo is a custom storage structure designed to contain about 3000 tons of bulk cement or other powdered material used in construction and industrial applications. Such silos form an important part of the concrete batching plant, construction project site, and overall plant or factory that requires storing large enough quantities of cement safely and making it accessible enough to feed the production process. Being made from such durable materials, steel, a 3000 ton cement silo features a strong cylinder body with a support structure strong enough to hold the weight of the stored material. A 3000-ton silo presents vast storage capacity for the storage of huge volumes of cement on-site and therefore allows large-scale continuous alternative of the concrete-making process, construction activities, or manufacturing operations.

A 200-ton bolted type cement silo is a custom, specifically-manufactured storage container that has the capability to store as much as 200 tons of bulk cement or other powdered-type substances generally utilized in construction and industrial workplaces. These silos allow for the storage of large volumes of cement and are very important to assure continuous and reliable supplies of cement in different construction projects, concrete batching plants, and industrial use that crucially demand the material. Constructed from materials like steel, a 200-ton cement silo is able to provide a safe and effective storage solution because it ensures damage does not occur to the integrity and quality of the material being stored. A 200-ton silo is only big enough to cover its storage capacity, where it can hold a good quantity of cement on-site, which means concrete production, construction, and other manufacturing processes will be uninterrupted.

The 100-ton bolted type cement silo refers to a customized storing container, engineered to store up to 100 tons of bulk cement or other powdered materials normally used in building and industrial applications. These extra-large-capacity silos have the critical mission of storing and dispensing bulk cement, precisely controlled, for many construction projects, concrete batching plants, and industrial manufacturing operations. A cement silo of 100 tons is constructed to be made with robust materials like steel; it is a secure and dependable storage solution that will protect the material stored inside, maintaining its quality and integrity. The ample capacity gives this kind of silo an advantage in storing considerable volumes on-site, which can then be utilized for cement production, construction operations, or manufacturing processes.

A 75 ton bolted type cement silo is a specialization storage vessel that can stockpile up to 75 tons of bulk cement or another kind of powder material mostly used in construction and industrial processes. Concrete batching plants, construction sites, and manufacturing facilities are the parts in these big quantities of cements to be stored and safely kept yet easily available in production lines. The bolt type silos are constructed in a way that these can be put up and taken down with ease, making it versatile in deciding the location placement and if it's relocating from place to place. A 75-ton cement silo, normally constructed through sturdy materials like steel, safely contains bulk products and eliminates them from every environmental factor that may become a hazard to the product quality, like moisture and contamination. A 75-ton bolted type cement silo works by loading bulk cement in the inlet port on top

These are machines used in construction for the mixing of aggregates, cement, and water to concrete consistency effectively. Cone concrete mixers have a design that ensures a complete turnover of materials to avoid a bad mix of the products. Essentially, these mixers would be very useful on all building sites, in concrete plants, and for industrial purposes since they are effective in producing the desired characteristics of concrete. Overall, cone mixers ease the process of making concrete mixtures and are hence indispensable in the construction field. Their performance is good, they have ease of operations, and they give uniform mixtures, therefore workable tools for professionals in the construction sector. 1. Cone-Shaped Mixing Drum The cone mixer basically consists of a mixing drum, which is cone-shaped in form. It is designed to ensure that aggregate and cement are mixed with water in the correct proportions to produce a homogeneous concrete mixture.

Pan mixers are mixing machines for a great number of industries, especially construction and manufacturing, and are utilized for the blending of concrete, mortar, and other dry and wet mixtures. These mixers are categorized by a shallow, circular mixing pan rotating on a vertical axis. Most pan mixers have mixing blades or paddles mounted on the bottom of the mixing pan to churn and mix ingredients properly in order to create homogeneous mixes. Pan mixers of this nature can vary in sizes from small, portable units suitable for DIY work to large industrial-grade mixers suitable for commercial work. Hence, the design of pan mixers allows for deep material mixing, resulting in consistency and homogeneity in the mix produced; in short, it guarantees quality mixing operations. A pan mixer works by loading the dry and wet materials into the mixing pan; further, the turning pan action promotes the blending process.

With its high capacity, the 100 m3/h capacity Dry Type Plant will be able to deliver large volumes of concrete without water in the mix in the beginning. These plants are very efficient in mixing dry ingredients like cement, aggregates, and other admixtures to produce a homogeneous and prime quality concrete mixture. This makes it the right plant to be used for large construction projects that are in dire need of a high output of concrete production. The facility provides accurate weighing and dispensing for dry materials into the batching system in a manner that ensures the correct caliber of aggregates and other components of concrete, hence consistent and reliable concrete production. Water is introduced to the mixtures only in the final mix, starting the cement hydration and yielding a well-mixed mixture suited for many and diverse varieties of construction applications.

Feedback conveyor belts are a system feature of modern manufacturing and processing systems. These smart conveyor systems convey information and data regarding the activities in the conveyor system back to the control systems. These controls in the control system have been incorporated with sensors and monitoring devices., gaging parameters like belt speed, alignment, temperature, and load weight. The general raison d'être for such feedback is to create optimal machine performance and to do away with those problems which can cause downtime or lower efficiencies. If performed on a real-time basis, conveyors can adjust operations in real time, thereby improving productivity and safety. Once again, such feedback conveyor belts are important as part of the overall automation and optimization of production lines. The data collected by the sensors of the belt are attributed to a centralized control system that operates a variety of processes through from material handling to final packaging.

A compact-type concrete batching plant, producing a 100 m3/h overall output, is designed to produce volumes of concrete in a tight space very productively, which makes it really needed in huge construction projects with a great volume of concrete. Compact batching plants with such high capacities make an efficient resolution of producing a good quantity of concrete on the job site with their small footprint. Compact grade production and size of available batching plants help maximize space, making them suitable for use in construction sites having space constraints or where several simultaneous activities are taking place. A 100m3/hour compact concrete batching plant ensures accuracy in batching, proper mixing, and consistency in the quality of concrete all through the process of production with its in place aggregate bins, cement silos, and mixer unit and advanced control systems. This systematically loads the compacting plant with raw materials

The 120 m3/h mobile portable concrete batching plant is a versatile, high-capacity, on-site concrete-production facility; it can be reconfigured to cater to medium or large construction projects. These mobile plants are capable of producing 120 cubic meters of concrete per hour and will, therefore, cater to big concrete needs efficiently. The plant is flexible and easily transported to any site location, providing a prompt installation facility and concrete supply as per the demand requirements of the project. Thus, a mobile portable batching plant of 120m3/hour, its aggregate storage bins, cement silos, mixer unit, and control system create a reliable and flexible solution for construction projects that will require a high level of concrete volume. This latest type of mobile portable batching plant with a capacity of up to 120 m3/h can perform big and medium construction of infrastructural, commercial, and industrial projects.

A 30m3/hour mobile portable concrete batching plant is a compact, versatile facility of concrete production designed to be truly mobile and flexible. This type of plant, which has the feature of producing 30 cubic meters of materials in an hourly cycle, aims to serve small- or medium-scale construction with different scales of needs. The portable mobile design ensures that it can easily be transferred from one place to another, enabling on-site production and delivery for the best service possible on any given project. As much as it is compact and mobile, the 30m3/hour mobile portable concrete batching plant is quickly and effectively erected, ensuring minimum downtime on those construction sites choked by space or found in remote areas. These mean portable plants can have most of the essential components, which could include storage bins for aggregates, cement silos, mixer unit, and a control system to regulate the batching and mixing processes.

Such an amount of concrete prepared at the rate of 160 cubic meters per hour is usually required in large-scale projects that have a fairly large daily consumption for the same, done in an order and efficient manner. There are plant parts, including cement silo, aggregate bins, cement mixer, and a control system—all working together to secure proper combination of such necessary materials like cement, aggregates, water, and additives in proper proportions—of future high-quality concrete mixes, applicable to a wide range of construction works. This stationary concrete batching plant has a jaw-dropping production capacity of 160m3/hour, making it ideal for huge concrete requirements in some big projects. One system puts the aggregates and cement into their storage units and then conveys them to the mixing unit systematically for blending. To make sure all ingredients are distributed properly and become a consistent concrete mix in quality and strength