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Twin Shaft Mixers are some of the high-tech mixing devices presently being used in large quantities for the production of high-grade mixes in various industries. Twin shaft mixers are fitted with two synchronic shafts with arms that are in mutual parallelism and run in mutual parallel directions with one another. The two-shaft construction in twin shaft mixers enables an intensive forceful mixing action, hence adequate blending and homogenization of materials. By this, a dynamic mixing process is realized, and with the help of this method, uniform mixing of such a wide range of substances as concrete, dry powders, and liquids is received for implementation in different areas of the industry. Twin shaft mixers reportedly mix fast and efficiently and are popular in the construction, manufacturing, and processing industries.

Der Wendelförderer kann für die verschiedenen Einsatzzwecke und -orte angepasst werden: Aufbau aus 2 Komponenten (Sortiertopf und Antrieb) 3 verschiedene Formen möglich V-ZT V-ST V-KT Topfdurchmesser 100 – 850mm; Sondergrößen auf Anfrage Auslauf ein- oder mehrbahnig möglich Topf- und Beschichtungsmaterial in Abhängigkeit der zu sortierenden Teile Ergänzung durch verschiedene Optionen möglich: Beladebunker Zuführbänder Vereinzelungsstationen Ausrichtstationen Montage / Zubehör: Komplettmontage auf einer Alu-Platte Grundgestelle aus Alu-Profilen oder geschweißte Stahlkonstruktion Schallschutz Fußständer einfach oder höhenverstellbar Füllstandanzeige (Pendel oder Sensor)

Aluminum Dross Recycling System With unique design, our aluminum dross recycling system manage the hot dross very effectively , the oxidation and metal loss will be terminated in a very short time, in-house metal recovery could be 70-80%, much higher than any other solutions. The system covers the following equipment. Dross stirrer Dross cooler Crusher and screening machine Dust collector Conveyor Type:hot dross processing Efficiency:high efficiency 70-80% Design:Unique

SMS bietet Schlammtrocknungsanlagen mit horizontalen Dünnschichttrockner zur Behandlung von Schlamm aus kommunalen und industriellen Kläranlagen an. Variationen dieser Schlammbehandlung sind: Vortrocknung bis 35 bis 50% Trockenstoffanteil vor der Verbrennung in Wirbelschichtverbrennungsanlagen 65 bis 75% Trockenstoffanteil vor der kombinierten Verbrennung mit Müll, Kompostierung oder Deponieentsorgung Volltrocknung 85 bis 95% vor der thermischen Verwertung als Biokraftstoff für Zementöfen, Kohlekraftwerke, Pyrolyse, Vergasung oder für andere Umwandlungsprozesse vor der Kompostierung und landwirtschaftlichen Nutzung als Dünger und zur Bodenrekultivierung Bei allen diesen Trocknungsprozessen ist der Dünnschichttrockner die erste Wahl. Werkstoff:Edelstahl, C-Stahl

5 ROLLS FLOUR FACTORY WITH 70-75 TONS/DAY CAPACITY

A polymer modified bitumen plant is a special facility and part of the process—an essential one—in producing polymer-modified bitumen that will later be used in creating more robust asphalts for many construction applications. This process involves the addition of specific polymer additives into the bitumen for the attainment of superior performance characteristics in terms of improved durability, flexibility, and resistance to deformation. PMB is used in the construction of roads and other critical infrastructure such as airport runways, where the pavement undergoes heavy traffic, adverse weather conditions, or any other punishing environment. A Polymer Modified Bitumen Plant produces bitumen that will be stalwart enough to meet the requirements of the new, more demanding infrastructure projects. The addition of polymers to bitumen will allow the plant to come up with a product that is resistant not only to traffic pressure in high-traffic areas but also to structure wear over time.

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.

A mortar or concrete mixer is a special type of machinery designed to mix, with high efficiency, the ingredients used in the formulation of mortar and concrete. They are an important piece of equipment for those involved in construction, masonry, and landscaping projects. The blender mixes the ingredients like cement, sand, water, and aggregates with high precision to provide uniform and consistent mixes. The available types of mortar concrete mixers in the market are the drum mixers and the pan mixers; these mixers effectively cater to different project sizes and requirements. Their key task is to mix dry and wet materials effectively in order to obtain a homogeneous mortar or concrete mix produced. Mortar concrete mixers automate the mixing process, which saves construction time and improves the quality of work. Mortar concrete mixers are versatile in what the mixers can perform and are convenient and quick for mixing materials in many forms of construction.

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.

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 3000-ton horizontal bitumen tank is a mega storage unit designed to hold and manage huge volumes of bitumen, thick sticky liquid produced from crude oil. Constructed horizontally, these tanks are built in a way that not only maximizes storage space but also permits the heating and transfer of bitumen effectively and efficiently. These tanks are made from hard-wearing materials like high-grade steel to endure all odds in bitumen storage and thus to keep the material secure and stable through their storage and transportation. A horizontal bitumen tank of 3000 tons is mainly designed to ensure a strong and reliable solution for industries that consume large amounts of bitumen. This large capacity, specially designed, maintains the bitumen either to be used directly in road construction, asphalt production, or waterproofing projects.

The 500-ton horizontal bitumen tank is a huge tank that has special designs for keeping and managing high volumes of bitumen, which is extremely thick, viscous material that is processed from crude oil. These are specially designed horizontal tanks that aid in the efficient storage, heating, and transferring of this processed material. Being constructed from high-grade raw materials with good durability, like high-grade steel, bitumen tanks are designed to handle the stresses put on them to ensure that the bitumen inside is secure and stable during storage and transport. With this medium, a 500-ton horizontal bitumen tank serves as one of the main solutions to this colossal reality, which often confronts industries requiring massive volumes of bitumen. The overall structure of the tank maintains bitumen at the right temperature and viscosity. For any industrial purpose, the bitumen in the tank comes out and gets ready for use in an instant.

Basically, a containerised bitumen tank of 30 tons is a portable storage unit designed for the safe storage and conveyance of bitumen. This tank has been engineered in a strong, durable container structure that allows for mobility. This will easily be moved or relocated to where it is needed. With this compact design, it finds ideal applications in situations that require temporary or mobile bitumen storage, hence offering a very pragmatic solution in industrial environments. These tanks come in handy where flexibility is required in projects, since they can be availed directly at construction sites or other remote locations. Housed in a secure container, the units contain all the components required for the storage and transport of bitumen, offering ease and efficiency of bitumen needs on-site management.

SMS propose des systèmes de séchage pour le traitement des boues de stations d'épuration municipales et industrielles. Les variations de ce procédé de traitement des boues sont: Pré-séchage jusqu'à 35 à 50% de matières sèches avant incinération dans des incinérateurs à lit fluidisé 65 à 75% de matières sèches avant incinération combinée avec les déchets, compostage ou enfouissement Séchage complet jusqu'à 85 à 95% avant utilisation thermique comme bio-combustible pour les fours à ciment, centrales à charbon, pyrolyse, gazéification ou d'autres procédés de conversion Avant le compostage et l'utilisation agricole comme engrais et pour la récupération des sols Dans tous ces processus de séchage, le sécheur à couche mince est le premier choix.

SMS ofrece sistemas de secado de lodos para el tratamiento de lodos de las plantas de tratamiento de aguas residuales tanto municipales como industriales. Las variaciones de este proceso de tratamiento de lodos son: Pre-secado hasta 35 a 50% de contenido de sólidos secos antes de la incineración en incineradores de lecho fluidizado 65 a 75% de contenido de sólidos secos antes de la incineración combinada con basura, compostaje o relleno sanitario Secado completo hasta 85 a 95% antes de la utilización térmica como biocombustible para hornos de cemento, centrales de carbón, pirólisis, gasificación u otros procesos de conversión antes del compostaje y del uso agrícola como fertilizante y para la recuperación del suelo En todos estos procesos de secado el secador de película fina es la primera opción.