Pneumatic turbine vibrators

Pneumatic turbine vibrators combines high-speed processing & eccentric torque to make a strong vibration force.pneumatic vibrators inner and outer raceways of the bearings are designed so that the bearings can be replaced using only a pin-wrench.The body is made from an extruded stove enamelled aluminium section and the hard coated end plates enables the vibrators to be used in the food and pharmaceutical industries.

Air Source Treatment Unit and installation sequence

The installation sequence of the pneumatic air source treatment unit is also stressful, generally from left to right, first of all the first is the water separator, its role is mainly used in the water filter in the filter to the gas in the gas to filter out , Followed by the pressure reducing valve, mainly used to reduce and control the size of the export pressure, followed by the air regulator lubricator, most of the oil used in the oil mist oil turbine oil No. 1, mainly used to lubricate the pneumatic components , The principle is to oil into oil mist output to the compressed air.

Pneumatic vibrators for aid flow of materials from chutes and hoppers.

We are reckoned as trusted manufacturer of a wide array of vibrating equipments such as industrial pneumatic vibrators that are used to aid flow of materials from chutes and hoppers. 

Other Details:

Assisting the flow of material from chutes and hoppers

Preventing bottles and similar objects from locking together and blocking conveyor systems

Compaction of material in containers or moulds

Separation of various sizes of material on screens

Nylon end plates are located on either side to contain the ball and prevent the ingress of dust and water, thus allowing the unit to be used in dusty or wet environments

Inlet and exhaust ports have standard pipe threads, allowing the exhaust air to be piped away, ensuring that restriction is imposed o exhaust air

Four mounting holes are provided, two vertically and two horizontally for handling difficult mounting positions

Pneumatic vibrators in dusty and wet environments

The performance of pneumatic vibrators and other vibratory equipment has reckoned us as trusted manufacturers, suppliers, and exporters of a wide array of industrial equipments. The Holid pneumatic vibrators are used to aid flow of materials from chutes and hoppers. These are also used for compacting of material in moulds and containers or separation of different sizes of materials on screens. Vibrating frequency can be controlled by manipulating air flow to suit process requirements. These can be used in dusty and wet environments and are available at reasonable rates.

pneumatic vibrators provide discreet silent operation

HOILD pneumatic vibrators provide discreet silent operation.Aluminum housing provides long-lasting durability and strength.No lubrication needed for lasting continuous-duty operation.The pneumatic vibrators are extra heavy-duty and feature an exhaust port, making them used for any applications where oil exhaust would be objectionable. 

How does a hydraulic shock absorber work?

In a Hydraulic Shock Absorber, mostly oil contained in one side of the cylinder is used to a pass through constricted spaces/valves to the other side of the cylinder,Thus converting the kinetic energy of the shock to the heat since the fluid is viscous in nature, which is then dissipated. This method is dually effective as it does not produce further vibration (as spring) and also works as a damper at the same time.Industrial shock absorbers are used in conjunction with the spring loaded check valves, to control the flow of oil and put the system back in initial state.

3 working principles to pneumatic vibrators

The vibration characteristics of each pneumatic vibrators are essentially defined by these 3 working principles. 

1.Rotary vibrators mainly generate high frequency vibrations with low amplitude.

2.Linear vibrators generate lower frequency vibrations with higher amplitudes.

3.Knockers generate impulses comparable to a hammer blow.

Each of the 3 working principles has its own specific vibration characteristics. The respective application dictates which principle can be most effectively implemented. Our application engineers will be pleased to advise.