Benefits of using VSI

• Jaw crusher uses surface crushing, that is directly applied on to the surface of the aggregate. Due to inconsistent surface structure of the aggregate, the crushing results in no uniform breaking and produces particles that are inconsistent in shape and size
• VSI, on the other hand, works on the velocity principle. VSI produces high velocity in the aggregate that eventually produces uniform cubicle shape in the crushed material
• VSI provides the flexibility to tailor the size of the crushed material by adjusting the rpm of the rotor.
• VSI provides cost effective solution per ton production, by comparatively low investment and high output with better quality
• VSI provides high portability, which could be easily relocated to the crushing side

Salient features of using VSI Crusher

• Large spherical roller bearing creates heavy-duty bearing pedestal
• Easy to operate and feasible to clean
• Lined feed hoper
• Heavy duty shaft to support load at higher rpm
• Wear parts like impiller and anvil are made of specialized casting for long durability

Benefits of using Vibrating Screen

Salient features of using Vibrating Screen

• Jaw crusher is used at a primary or secondary stage crushing. It has a large intake to crush large lump size and produce small lumps
• The material is broken between a stationery jaw and swing jaw. Stationery jaw, as the name suggests, remain fix all the time and the swing jaw acts as a pendulum. The material is crushed between the stationery jaw and swing jaw till it gets reduced to the discharge opening at the end.
• The hanging swing jaw acts like a pendulum that provides greater shock at the bottom of the jaw. This mechanism overcomes the rubbing problem of stones to the jaw plate and thereby provides longer life to the jaw plate.
• Double toggle design, even for the smallest size crusher, distributes the load to different spares and protects them against the possible wear.

• The innovative machine design, the skilled craftsmanship and proven manufacturing are ample reasons for its unique performance thereby delivering the best results to the users.
• The productivity and functionality of the machine depends largely on the depth and length of the cavity. The proportion of the depth and the length of the cavity is designed in accordance with the intake opening of the machine thereby providing the desired productivity with greater fault resistant functionality
• Well designed compression springs provide crushing mechanism that eliminates the knocks and resultant water

• Machine body frame is made of specialized steel plates with adequate thickness and usage of supporting ribs to support the proper functionality with out any breakage.
• All assembled parts are molded and acted as a single homogeneous entity as compared to fabrication. Parts made from fabrication process uses several joints to form a complete entity thereby comparatively weak to withstand against different wear and breaking conditions as compared to the molded parts.
• Casted Body blocks are well welded with the machine body frame to create a structure full of strength
• Jaw plates and side wear plates in the cavity area are made from specialized material- Mn steel, to withstand against possible wear.
• Shaft, toggle and pitman is made of quality steel alloys providing seamless functionality, with out the fear of fault or breakage.
• Toggle pin and flywheel is made of alloy of Bronze metal to reduce possible wear and provide longer durability
• High quality rubber diaphragm provides oil sealing with capacity to withstand against hot oil condition and yet delivering functionality
• Proven bearings to provide smooth working

• Easy mechanism to adjust the discharge opening with adding or removing the setting flats
• Easy inspection for the oil flow of the machine
• Adequate swing jaw design that fits different types of jaw plates on it to produce different type of output

• Safety mechanism fitted in the flywheel protects the machine by stopping its operation, when a non-crushable material is feeded in to it
• Oil sensor mechanism to alarm and stop working of the machine in case of lubrication problem of oil on to the eccentric shaft

• HSI stands for Horizontal Shaft Impactor. The benefits of using HSI is to get greater production output with comparatively low power requirement
• HSI crusher has large intakes, which in turns gives an option of using it even in secondary stage crushing
• Ease of usage gives an added advantage of using an HSI
• Highest efficiency with low abrasive material
• Cubical shape output of final production gives added advantage with the application of crushing as well.

• Higher capacity with simple structure
• Easy handling of rotor blade replacement
• High chromium blade for longer life
• High-efficiency and energy conservation
• Easy adjustment of Breaker blades with three stage Breakers
• Variable output product size to meet custom requirement

Benefits of using VSI

• Jaw crusher uses surface crushing, that is directly applied on to the surface of the aggregate. Due to inconsistent surface structure of the aggregate, the crushing results in no uniform breaking and produces particles that are inconsistent in shape and size
• VSI, on the other hand, works on the velocity principle. VSI produces high velocity in the aggregate that eventually produces uniform cubicle shape in the crushed material
• VSI provides the flexibility to tailor the size of the crushed material by adjusting the rpm of the rotor.
• VSI provides cost effective solution per ton production, by comparatively low investment and high output with better quality
• VSI provides high portability, which could be easily relocated to the crushing side

Salient features of using VSI Crusher

• Large spherical roller bearing creates heavy-duty bearing pedestal
• Easy to operate and feasible to clean
• Lined feed hoper
• Heavy duty shaft to support load at higher rpm
• Wear parts like impiller and anvil are made of specialized casting for long durability

Benefits of using Vibrating Screen

Salient features of using Vibrating Screen

• Jaw crusher is used at a primary or secondary stage crushing. It has a large intake to crush large lump size and produce small lumps
• The material is broken between a stationery jaw and swing jaw. Stationery jaw, as the name suggests, remain fix all the time and the swing jaw acts as a pendulum. The material is crushed between the stationery jaw and swing jaw till it gets reduced to the discharge opening at the end.
• The hanging swing jaw acts like a pendulum that provides greater shock at the bottom of the jaw. This mechanism overcomes the rubbing problem of stones to the jaw plate and thereby provides longer life to the jaw plate.
• Double toggle design, even for the smallest size crusher, distributes the load to different spares and protects them against the possible wear.

• The innovative machine design, the skilled craftsmanship and proven manufacturing are ample reasons for its unique performance thereby delivering the best results to the users.
• The productivity and functionality of the machine depends largely on the depth and length of the cavity. The proportion of the depth and the length of the cavity is designed in accordance with the intake opening of the machine thereby providing the desired productivity with greater fault resistant functionality
• Well designed compression springs provide crushing mechanism that eliminates the knocks and resultant water

• Machine body frame is made of specialized steel plates with adequate thickness and usage of supporting ribs to support the proper functionality with out any breakage.
• All assembled parts are molded and acted as a single homogeneous entity as compared to fabrication. Parts made from fabrication process uses several joints to form a complete entity thereby comparatively weak to withstand against different wear and breaking conditions as compared to the molded parts.
• Casted Body blocks are well welded with the machine body frame to create a structure full of strength
• Jaw plates and side wear plates in the cavity area are made from specialized material- Mn steel, to withstand against possible wear.
• Shaft, toggle and pitman is made of quality steel alloys providing seamless functionality, with out the fear of fault or breakage.
• Toggle pin and flywheel is made of alloy of Bronze metal to reduce possible wear and provide longer durability
• High quality rubber diaphragm provides oil sealing with capacity to withstand against hot oil condition and yet delivering functionality
• Proven bearings to provide smooth working

• Easy mechanism to adjust the discharge opening with adding or removing the setting flats
• Easy inspection for the oil flow of the machine
• Adequate swing jaw design that fits different types of jaw plates on it to produce different type of output

• Safety mechanism fitted in the flywheel protects the machine by stopping its operation, when a non-crushable material is feeded in to it
• Oil sensor mechanism to alarm and stop working of the machine in case of lubrication problem of oil on to the eccentric shaft

• HSI stands for Horizontal Shaft Impactor. The benefits of using HSI is to get greater production output with comparatively low power requirement
• HSI crusher has large intakes, which in turns gives an option of using it even in secondary stage crushing
• Ease of usage gives an added advantage of using an HSI
• Highest efficiency with low abrasive material
• Cubical shape output of final production gives added advantage with the application of crushing as well.

• Higher capacity with simple structure
• Easy handling of rotor blade replacement
• High chromium blade for longer life
• High-efficiency and energy conservation
• Easy adjustment of Breaker blades with three stage Breakers
• Variable output product size to meet custom requirement