About TB TB bucket elevator bucket elevator is a traditional type of hoist products, transmission mode for mechanical transmission plate chain is now NE-type bucket elevator foundation model, now NE bucket elevator is in This model evolved, TB-type bucket elevator (hereinafter referred to as bucket elevator) system using plate sleeve roller chain traction components, hopper fixed plate and a continuous chain arrangement, with the inflow type load, low-speed heavy unloading bucket elevator. The machine is suitable for medium and large bulk transport, fragile and abrasive bulk density of less than 2t/m3 materials, material temperature does not exceed 2500C, such as lump coal, ore, gravel, coke, etc. TB-type bucket elevator uses and characteristics TB-type bucket elevator is widely used in mining, metallurgy, building materials, coal, hydropower and other departments vertical lifting massive, granular, powder diffuse pressure does not exceed 250 ℃ materials such as ores, coal, coke, cement, stone sand. Is a new energy-efficient lifting equipment, technological transformation in the old plant, which can be used to replace the approximate size of the HL, PL Vertical bucket elevator. The machine has a simple structure, small footprint, advanced technical indicators, reliable, easy to use and maintenance. TB-type bucket elevator precautions Novo customized production of various types of bucket elevator model diversity, if you want to customize the user a dedicated elevator, then press the "TH, TB Vertical bucket elevator selection and use Manual "be the type design, providing a total ordering chart or commissioned manufacturing unit selection and design, but must provide the raw data necessary to facilitate communication between our designers understand and design. TB bucket elevator Selection Model Max feed size mm Hopper lifting height m maximum lifting capacity (m3 / h) motor power weight lifter bucket capacity from mm width MM L TB250 90 200 250 3 5-40 25 according to the specific vertical bucket elevator orders accounting of the total figure to determine TB315 100 200 315 6 46 TB400 110 250 400 12 75 TB500 130 320 500 25 95 TB630 150 400 630 50 148 Note: The table is based on the maximum transmission capacity of the fill factor ψ-0.8 computing drawn for reference