Bulk container - Import export

The 1000-tone Bolted Type Cement Silo is a specially designed storage specially designed storage container for holding bulk cement or other powdered materials, 1000 tons, normally used in construction and industrial applications. These silos form one of the main units of a concrete batching plant, construction site, and manufacturing facility where such large amounts of cement must be stored safely and made readily available for immediate production processing. Produced from strong materials, such as steel, the 1000-ton cement silo offers safe and efficient storage that ensures the quality and nature of the retained materials are preserved. A 1000-ton silo facilitates the storage of a large quantity of cement on-site so as to effectively support continuous production of concrete, construction works, or manufacturing. This large capacity allows the systems to cater for heavy production in big projects and large industrial set-ups.

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

The big bag silo loading system is a particular plant machinery utilized in industries such as manufacturing, construction, and agriculture to load bulk products into silos or containers in an efficient manner. Generally, this system is comprised of a filling station equipped with a support frame holding big, flexible containers in the correct position during the filling process. These types are large and can hold high volumes of granular or powder products like sand, cement, fertilizers, and grains. These bags must also be fitted with systems that are used to hold them in place during the filling and also a nozzle or some kind of funnel through which the product is passed in order to fill the silo. Material flow into the sack is controlled by either manual or machine-controlled loading methods to allow for proper, accurate, and reliable transfer.

A horizontal low-level silo is specially designed for the purpose of containing bulk amounts of cement situated at ground level. Unlike the traditional towering vertical silos, these low-lying silos are laid horizontally and are pretty accessible for activities related to maintenance, inspection, and loading. It is a horizontally designed, low-level cement silo operating very easily and efficiently once installed into the concrete batching plant on-going with the supply of cement into the plant for production. This is used for storing cement close to the point of use so that cement may be loaded in mixers easily and quickly for the production of concrete. Horizontal low-level silos of small footprint are highly usable for building sites or small concrete batching plants, thus permitting easy siting and ready installation. The horizontal design will allow the cement to be loaded from ground level;

A horizontal low-level silo is specially designed for the purpose of containing bulk amounts of cement situated at ground level. Unlike the traditional towering vertical silos, these low-lying silos are laid horizontally and are pretty accessible for activities related to maintenance, inspection, and loading. It is a horizontally designed, low-level cement silo operating very easily and efficiently once installed into the concrete batching plant on-going with the supply of cement into the plant for production. This is used for storing cement close to the point of use so that cement may be loaded in mixers easily and quickly for the production of concrete.

EMA designes and manufactures and distributes a wide variety support stands for IBCs. The stand holds up to 15.000 kg of weight and allow easy access for valve connections and provides an effective barrier between the IBC and base floor. EMA IBC stands provide a safer work environment by allowing an improved ease access for container connections. The stands are tubular carbon steel constructed with 7 gauge top platform and front and rear stops. These stands are available in a variety of sizes and configurations. The stands feature a durable powder-coated surface painted to Hoover blue color, and also available in custom colors. EMA designes manufactures hundreds of intermediate bulk containers and bins (IBC's) per year.

EMA Aviation Tote Tank was designed and manufactured specifically for the transportation and storage of aviation fuels. It also includes the center drain design, fork lift channels, 2" outlet valve with 1" sample valve. The Jet-A Aviation container has unique feature that encompasses a 1" valve on the bottom adjacent to the 2" discharge valve. This valve is for sampling the fuel and/or draining possible condensate off the container. The valve is located at the lowest point on the bottom. The Jet-A tank has the same capabilities of the standard IBCs in handling all hazardous liquid systems. EMA designes manufactures hundreds of intermediate bulk containers and bins (IBC's) per year.

Inclined screens are very important for all mineral processes. The process of grouping the bulk material containing pieces of different sizes in at least two size ranges is called screening. The screening process is referred to as the "classification process" in mineral processes. Screening panels with specific sizes of mesh are attached to the screen body. While the fed material moves on the screen panel with the vibration of the body, the pieces smaller than the mesh gap pass to a lower screen panel with a smaller mesh size to be screened again.