Mining Machinery
(Total 9 Products)
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Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:China<span lang="EN-US" segoe="" ui",sans-serif;mso-fareast-font-family:="" SimSun;color:black;mso-color-alt:windowtext;mso-font-kerning:0pt;mso-ligatures:="" none'="">Impact crusher wear parts are critical components ensuring efficient crushing... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaCone crusher parts include the mantle, concave, main shaft, eccentric bushing, and frame, each critical to crushing operations. Mantle & Concave: Wear parts made of high manganese steel (e.g., ZGMn13) or alloy steel, forming the crushing chamber... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaDriven and non-driven flywheels are key components in jaw crushers, balancing rotational motion and energy transfer. The driven flywheel connects to the motor via a pulley or belt, transmitting power to the crusher’s eccentric shaft, initiating the... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaHigh manganese steel fixed jaw plates and movable jaw plates are critical wear parts in crushers, designed for crushing hard materials like ores and rocks. Made from high manganese steel (typically 10-15% manganese), they leverage the material’s... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaCarbon-manganese steel front beams and back beams are vital structural parts in crushers, engineered to withstand extreme operational stresses. Made from carbon-manganese steel (0.25%-0.33% carbon, 1.20%-1.60% manganese), they offer a strong blend... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaCarbon-manganese steel jaw stock is a key component in jaw crushers, crafted from carbon-manganese steel for superior strength and toughness. Its alloy composition (carbon 0.25%-0.33%, manganese 1.20%-1.60%) balances hardness and impact resistance,... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaAn impact crusher is a versatile crushing machine using high-speed rotating impellers to strike materials, breaking them via impact force. It’s widely used in mining, construction, and recycling for medium-hard materials like limestone, concrete,... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaA cone crusher is a secondary or tertiary crushing machine used in mining, aggregate production, and construction. It operates by squeezing materials between a rotating mantle and a stationary concave. The mantle gyrates eccentrically, crushing... -
Brand:ELITEMin. Order:1 Set/SetsTransportation:Ocean,Land,Air,ExpressPlace of Origin:ChinaA jaw crusher is a primary crushing machine widely used in mining, construction, and recycling. It operates by compressing materials between two jaws—one fixed and one movable. The movable jaw moves back and forth, crushing materials into smaller...
Mining Machinery
Common types of mining machinery components include:
Crushing & Screening Components: Jaw plates (key parts of jaw crushers, used to squeeze and crush large ore blocks), impact plates (for impact crushers to break materials via high-speed collisions), and screen meshes (installed in vibrating screens to separate ores by particle size, with wear-resistant materials like manganese steel extending their lifespan).
Mining Transportation Components: Conveyor idlers (support the conveyor belt and reduce friction during ore transportation, requiring strong load-bearing capacity), chain links (for scraper conveyors, connecting to move bulk minerals underground), and pulley wheels (drive or redirect conveyor belts, often coated with anti-slip materials).
Drilling & Excavation Components: Drill bits (used in rock drills to penetrate hard strata, with carbide tips for enhanced hardness), bucket teeth (attached to excavator buckets to dig and scoop ore, replaceable due to high wear), and hydraulic cylinders (power excavator arms and bucket movements, with sealed structures to prevent oil leakage in dusty mines).
Support & Safety Components: Hydraulic props (support underground mine roadways to prevent collapse, adjustable for different tunnel heights), dust-proof seals (installed in bearings and shafts to block mineral dust, protecting internal parts from abrasion), and overload protectors (trigger shutdowns if machinery exceeds load limits, avoiding equipment damage).
Most mining machinery components are manufactured from high-strength, wear-resistant materials, such as high-manganese steel (for crushing parts), alloy steel (for load-bearing components), and rubber composites (for conveyor belt layers). Advanced processes like quenching (to improve hardness) and precision machining (to ensure dimensional accuracy) are also adopted to enhance their performance.
In short, mining machinery components are the "skeleton and muscles" of mining operations. As the mining industry shifts toward automation and green development, these components are further optimized for higher wear resistance, smarter condition monitoring (e.g., built-in sensors to detect faults), and lower energy consumption, supporting more efficient and sustainable mineral extraction.
Crushing & Screening Components: Jaw plates (key parts of jaw crushers, used to squeeze and crush large ore blocks), impact plates (for impact crushers to break materials via high-speed collisions), and screen meshes (installed in vibrating screens to separate ores by particle size, with wear-resistant materials like manganese steel extending their lifespan).
Mining Transportation Components: Conveyor idlers (support the conveyor belt and reduce friction during ore transportation, requiring strong load-bearing capacity), chain links (for scraper conveyors, connecting to move bulk minerals underground), and pulley wheels (drive or redirect conveyor belts, often coated with anti-slip materials).
Drilling & Excavation Components: Drill bits (used in rock drills to penetrate hard strata, with carbide tips for enhanced hardness), bucket teeth (attached to excavator buckets to dig and scoop ore, replaceable due to high wear), and hydraulic cylinders (power excavator arms and bucket movements, with sealed structures to prevent oil leakage in dusty mines).
Support & Safety Components: Hydraulic props (support underground mine roadways to prevent collapse, adjustable for different tunnel heights), dust-proof seals (installed in bearings and shafts to block mineral dust, protecting internal parts from abrasion), and overload protectors (trigger shutdowns if machinery exceeds load limits, avoiding equipment damage).
Most mining machinery components are manufactured from high-strength, wear-resistant materials, such as high-manganese steel (for crushing parts), alloy steel (for load-bearing components), and rubber composites (for conveyor belt layers). Advanced processes like quenching (to improve hardness) and precision machining (to ensure dimensional accuracy) are also adopted to enhance their performance.
In short, mining machinery components are the "skeleton and muscles" of mining operations. As the mining industry shifts toward automation and green development, these components are further optimized for higher wear resistance, smarter condition monitoring (e.g., built-in sensors to detect faults), and lower energy consumption, supporting more efficient and sustainable mineral extraction.