RMX Construction Machiner...

The raw material process and storage section- Silos are mounted on the structure, where raw ingredients such as dry sand and powder materials are conveyed from ground level. A dense phase conveying, bucket elevator, or pneumatic feeding system are conveying options. Dry sand is screened at the top of silos & conveyed in respective silos. The raw material conveying and weighing section- It is located on the first level from the top side of the structure. In this section, raw ingredients such as sand, powder materials, and additives are conveyed and separately batched in individual weighers using the gravity feeding or screw conveying method. The mixing section- It is at the mid-level of the structure, where all raw ingredients are precisely weighed and transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section- It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor. FeaturesLess Operational floor areaHigher production capacityFully automaticCapacity range 20 TPH to 50 TPH

One of these structures will include a material processing and storage section and a raw material conveying and weighing section. In parallel, the second structure is designed to accommodate the mixing, finished goods packing, and storage sections. The raw material process and storage section Silos are mounted on the structure where raw ingredients such as dry sand and powder materials are conveyed from ground level to silos. Dry sand is screened at the ground level & conveyed in respective silos. A dense phase conveying system or pneumatic feeding system is an effective conveying option. The raw material conveying and weighing section- It uses two structures. Raw ingredients such as sand and powder materials are conveyed from silos and separately batched in individual weighers (located at the base level of one structure). A screw conveyor is a more suitable option for conveying process. As per the predefined recipe, partially weighed material from individual weighers was transferred into a single holding hopper. Also, at the same level, various additives are batched in additive weigher. (located at the top level of another structure) The mixing section It is at the mid-level of the structure, where batched material from the holding hopper and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design is defined independently by positioning equipment on the ground level to differentiate processing segments. Equipment required for raw material processing, storage, and conveying & weighing section is placed at ground level around the structure of the mixing, finished goods packing, and storage section. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as dry sand and powder materials are conveyed from ground level to silos. Dry sand is screened at the ground level & conveyed in respective silos. A pneumatic feeding system and bucket elevator feeding are effective conveying options. The raw material conveying section- Raw ingredients such as sand and powder materials are conveyed from silos and separately batched in individual weighers (located at the Ground level around the structure). A screw conveyor is a more suitable option for conveying into weighers. The raw material weighing section As per the predefined recipe, partially weighed material from individual weighers was transferred into a single holding hopper (located at the top level of the structure) via. Bucket elevator Also at the same level, various additives are batched in additive weigher. (located at the top level of the structure) The mixing section It is at the mid-level of the structure, where batched material from the holding hopper and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor. This particular design is notable for its efficient arrangement of equipment on the ground surface, which helps to segregate the different processing segments. The equipment needed for material

This design stands out by strategically organizing all equipment individually on the ground surface at elevated heights to separate various processing segments. Equipment required for material processing, storage, and conveying section is placed around the structure of the weighing, mixing, finished goods packing, and storage section. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as dry sand and powder materials are conveyed from ground level to silos. Dry sand is screened at the ground level & conveyed in respective silos. A pneumatic feeding system and bucket elevator feeding are effective conveying options. The raw material conveying and weighing section- Raw ingredients such as sand and powder materials are conveyed from silos and separately batched in individual weighers (located at the top level of the structure). A screw conveyor is a more suitable option for conveying into weighers. Also, at the same level, various additives are batched in additive weigher. (located at the top level of the structure) The mixing section It is at the mid-level of the structure, where batched material from the weighers and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out for its carefully planned layout of equipment on the ground surface, which differentiates between the various processing segments. The material processing, storage, and conveying equipment is placed around the pit-based structure of weighing and mixing while the finished goods packing and storage sections are at ground level. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as dry sand and powder materials are conveyed from ground level to silos. Dry sand is screened at the ground level & conveyed in respective silos. A pneumatic feeding system and bucket elevator feeding are effective conveying options. The raw material conveying and weighing section- Raw ingredients such as sand and powder materials are conveyed from silos and separately batched in individual the weighers (located at the top level of the weigher structure). A screw conveyor is a more suitable option for conveying into the weighers. Also, at the same level, various additives are batched in additive the weigher. (located at the top level of the weigher structure) The mixing section It is a pit-based structure, where batched material from the weighers and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the ground level of the structure. In this section, the final product batch from the mixer is automatically discharged into a discharge hopper, transferred by bucket elevator to a packing hopper, and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out for its carefully planned layout of equipment on the ground surface, which differentiates between the various processing segments. The material processing, storage, and conveying equipment is placed around the structure of weighing and mixing, and finished goods packing and storage sections are at ground level. The raw material process and storage section An individual weigher is mounted separately on the ground where pre-weighed raw ingredients such as dry sand and powder materials are stored by manual loading. Ready-screened dry sand is used in this type of plant. The raw material conveying and weighing section- These pre-weighed raw ingredients are transferred from the weigher via. Bucket elevator and separately batched in an individual holding hopper (located at the top level of the structure). Also, at the same level, various pre-weighed additives are stored in an additive weigher. (located at the top level of the structure). The mixing section It is at the mid-level of the structure, where batched material from the weighers is transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the ground level of the structure. In this section, the final product batch from the mixer is automatically discharged into a discharge hopper and packed in bags by the manual packing machine.

This design adopts a single vertical structure that combines the various processing sections in a top-down layout. The raw material process and storage section Silos are mounted on the structure, where raw ingredients such as powder materials are conveyed from ground level. A dense phase conveying, bucket elevator, or pneumatic feeding system are conveying options. The raw material conveying and weighing section It is located on the first level from the top side of the structure. In this section, raw ingredients such as powder materials, and additives are conveyed and separately batched in individual weighers using the gravity feeding or screw conveying method. The mixing section It is at the mid-level of the structure, where all raw ingredients are precisely weighed and transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section- It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out by strategically organizing two or more vertical structures to separate various processing segments. One of these structures will include a material processing and storage section and a raw material conveying and weighing section. In parallel, the second structure is designed to accommodate the mixing, finished goods packing, and storage sections. The raw material process and storage section Silos are mounted on the structure where raw ingredients such as powder materials are conveyed from ground level to silos. A dense phase conveying system or pneumatic feeding system is an effective conveying option. The raw material conveying and weighing section- It uses two structures. Raw ingredients such as powder materials are conveyed from silos and separately batched in individual weighers (located at the base level of one structure). A screw conveyor is a more suitable option for conveying process. As per the predefined recipe, partially weighed material from individual weighers is transferred into a single holding hopper. Also, at the same level, various additives are batched in additive weigher. (located at the top level of another structure). The mixing section It is at the mid-level of the structure, where batched material from the holding hopper and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design is defined independently by positioning equipment on the ground level to differentiate processing segments. Equipment required for raw material processing, storage, and conveying & weighing section is placed at ground level around the structure of the mixing, finished goods packing, and storage section. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as powder materials are conveyed from ground level to silos. A pneumatic feeding system and bucket elevator, feeding are effective conveying options. The raw material conveying section- Raw ingredients such as powder materials are conveyed from silos and separately batched in individual weighers (located at the Ground level around the structure). A screw conveyor is a more suitable option for conveying into weighers. The raw material weighing section As per the predefined recipe, partially weighed material from individual weighers was transferred into a single holding hopper (located at the top level of the structure) via. Bucket elevator, also at the same level, various additives are batched in additive weigher. (located at the top level of the structure) The mixing section It is at the mid-level of the structure, where batched material from the holding hopper and additives are transferred in a mixer for the mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out by strategically organizing all equipment individually on the ground surface at elevated heights to separate various processing segments. Equipment required for material processing, storage, and conveying section is placed around the structure of the weighing, mixing, finished goods packing, and storage section. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as powder materials are conveyed from ground level to silos. A pneumatic feeding system and bucket elevator feeding are effective conveying options. The raw material conveying and the weighing section- Raw ingredients such as powder materials are conveyed from silos and separately batched in individual weighers (located at the top level of the structure). A screw conveyor is a more suitable option for conveying into weighers. Also, at the same level, various additives are batched in additive weigher. (located at the top level of the structure) The mixing section It is at the mid-level of the structure, where batched material from the weighers and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the base level of the structure. In this section, the final product batch from the mixer is automatically discharged into a holding hopper and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out for its carefully planned layout of equipment on the ground surface, which differentiates between the various processing segments. The material processing, storage, and conveying equipment is placed around the pit-based structure of weighing and mixing while the finished goods packing and storage sections are at ground level. The raw material process and storage section No. of Silos are mounted separately on the ground where raw ingredients such as powder materials are conveyed from ground level to silos. A pneumatic feeding system and bucket elevator feeding are effective conveying options. The raw material conveying and weighing section- Raw ingredients such as powder materials are conveyed from silos and separately batched in individual the weighers (located at the top level of the weigher structure). A screw conveyor is a more suitable option for conveying into the weighers. Also, at the same level, various additives are batched in additive the weigher. (located at the top level of weigher structure) The mixing section It is a pit-based structure, where batched material from the weighers and additives are transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the ground level of the structure. In this section, the final product batch from the mixer is automatically discharged into a discharge hopper, transferred by bucket elevator to a packing hopper, and packed in bags by the packing machine. These bags are then conveyed to stockyards through a bagging conveyor.

This design stands out for its carefully planned layout of equipment on the ground surface, which differentiates between the various processing segments. The material processing, storage, and conveying equipment is placed around the structure of weighing and mixing, and finished goods packing and storage sections are at ground level. The raw material process and storage section An individual weigher is mounted separately on the ground where pre-weighed raw ingredients such as powder materials are stored by manual loading. The raw material conveying and weighing section- These pre-weighed raw ingredients are transferred from the weigher via. Bucket elevator and separately batched in an individual holding hopper (located at the top level of the structure). Also, at the same level, various pre-weighed additives are stored in an additive weigher. (located at the top level of the structure). The mixing section It is at the mid-level of the structure, where batched material from the weighers is transferred in a mixer for mixing as per the predefined recipe. The finished goods packing and storage section It is at the ground level of the structure. In this section, the final product batch from the mixer is automatically discharged into a discharge hopper and packed in bags by the manual packing machine.

In todays Indian infrastructure market, the most sought-after product is undoubtedly Sand. The long life of any construction mainly depends on the sand Quality. RMX Ties up with NPO center Belarus to bring a new dawn in the Sand Plant Industry. Rmx has vertical and horizontal plant variants in 40TPH to 80 TPH capacity range. OverviewRaw Material Loading Process: Initially, the material is loaded into a feed hopper using either a dumper or tractor loader. This raw material, typically ranging from 0 to 20 mm and sourced from Jaw-Jaw or Jaw-Cone crushers, is directed towards the processing line via adjustable gates on the conveyor belt. Crushing Process: The material is then conveyed to an RMX-NPO centrifugal high-impact crusher at a rate of 40 TPH, VFD controls the belt speed. Utilizing rock-on-metal technology, the RMX-NPO mill produces sand, offering adjustable outputs for M-Sand (0 to 4.75 mm) or P-Sand (0 to 2.36 mm) to meet market demands. Screening Process: Post-crushing, the material undergoes screening where, a high-frequency screen sorts it based on size. Material exceeding 4.75 mm is recycled back to the mill for further refinement, ensuring the production meets precise specifications. Dust Separation and Handling Process: The finer material, less than 4.75 mm, is processed through an air classifier equipped with a rotor and cyclone, effectively separating dust particles under 75 microns. This system, coupled with a suction fan, controls air flow and dust retention, with separated dust being neutralized with water, thereby mitigating environmental impact. Finished Goods Distribution Process: Finally, the sand, now aligned with IS standards and enhanced for quality, is moistened in a water mixer. This prepares the sand for distribution via a radial arm conveyor, allowing for the creation of multiple sand heaps tailored to customer requirements.

In response to the environmental and sustainability concerns associated with using river sand in construction and the consequent shift towards manufactured sand, the construction industry faces the challenge of ensuring sand quality. High-quality sand is crucial for the structural integrity and longevity of constructions, necessitating the removal of unwanted dusta process known as Sand Classifications. Recognizing the importance of this, RMX has introduced an innovative solution: the Dry Sand Washing system, utilizing Air Classification technology. This system efficiently removes dust from sand, aligning the quality of manufactured sand with the stringent standards required for construction, thereby addressing the increasing demand for sustainable and high-quality construction materials in India. OverviewIn the advanced sand purification process, dry sand from an impact crusher mill enters an Air Classifier, where a rotor scatters the sand, and a blower introduces air from below, effectively separating sand particles by size. This airflow lifts particles smaller than 75 microns into the classifier chambers, while a negative air pressure generated by the blower extracts dust, leaving behind high-quality sand. This purified sand is collected at the cyclones bottom and discharged onto a conveyor belt as the final product. Concurrently, extracted dust is sanitized with water in a dust conditioner before safe discharge, ensuring an environmentally responsible process. The entire operation, optimized for precision and efficiency, is controlled via a central control panel, allowing for seamless production of premium quality sand suitable for construction. FeaturesFilters

Concrete, the most widely used human-made material, is fundamental to construction worldwide. The demand for high-quality construction materials is ever-increasing, driven by sophisticated building structures and the need for enhanced concrete properties. Construction chemicals have emerged as a pivotal solution, offering improvements in strength, durability, and waterproofing. RMX leverages significant domain experience to provide comprehensive solutions in advanced liquid construction chemical plants, catering to the growing global demand influenced by rapid urbanization and advanced construction activities.