AUTOMATIC PLASTIC BLOW MOULDING MACHINE SCREW – ACCUMULATOR TYPE 5 LITRE TO 100 LITRE SIZE
FEATURES:-
The fully standardized machine of very compact design.
Heavy duty extrusion unit fitted with nitride screw and barrel
Vertical head, accumulator type, robust construction with streamlined flow channels.
A direct hydraulic screw drive is available optional, extra. This results in low installed power and power consumption.
An accurate parison programming unit is provided to obtain a parison of adjustable profile.
A rapid, direct hydraulic clamping unit is provided with cushioned mould closing and opening features, to avoid damage to the machine and mould.
An adequate system and operational safety are provided. An automatically operating safety gate is fitted.
Available with a conventional contractor-timer panel or microprocessor panel at option.
Very low power consumption even on full load results in lower operating costs.
Standard machine available up to 100 liters size, 200 liters machine is available on request for J ring and L ring drums.
Most widely used machine for moulding plastic drums, carboys, jerry cans, water pots, tanks, baby-cycle seats, wheels, and large toys like horses, elephants, hippos, etc.
We have small blowers for providing barrel cooling to extruder barrels. Blowers have outlet of 100 mm x 100 mm size and impeller diameter 150 mm. Motor is of 180 watts.
We have Air-ring blowers in 1 HP and 2 HP models for providing air supply to air-ring of layflat film plant.
Available in motorized and fully automatic versions.
In motorized models, the cutting action and traverse movement start whenever the cutting saw is lowered, manually, by its handle.
In fully automatic models, the cutting action and traverse start automatically at predetermined lengths of the pipe/profile. After cutting, the saw comes back to its starting position for the next cycle.
Useful for blending PVC resin and additives into dry blended compounds with combined mixing and heating of compound.
Double vessel construction with S.S inner vessel and M.S outer jacket. Provision is made for circulating cooling media like water or oil.
Material feeding hopper is provided.
The tight glass window is provided in the domed lid.
The mixing cycle is controlled by a timer and temperature controller arrangement with a temperature sensor. Along with cooling action from the cooling jacket, this results in a fine blend without overheating.
The mixing blade is easily removable for cleaning vessels and blades.
Heavy duty bearing housing is fitted below the vessel and isolated by seals. Bearing housing has provision for oil cooling.
Complete vessel and drive unit are mounted on the sturdy fabricated body for low noise and low vibration during working.
Extra ‘after-cooler-vessel’ can be provided at extra cost.
Rugged construction. Chamber is machined from thick M.S blocks to withstand heavy grinding loads.
A balanced rotor ensures smooth operation and long bearing life. Blades are hardened and toughened.
The rotor is specially designed for large intake and efficient cutting of scrap feed. Blades on the rotor are easily changeable and the blade-nip can be varied by its adjustment device.
Heavy duty gauge sheet metal hopper and outlet chute, retain form even after long use.
MALIKSONS Model LMP-PLASTIC SCRAP – LUMPS GRINDER units are made for the special shredding of high weight and high volume ,plastic material scrap of large applicance shells, vehicle guards, vehicle door panels, drums, carbuoys, bottles, lumps of hard and soft plastic.
Material is fed manually through the hopper in front of a hydraulically operated pusher. The pusher pushes the material onto the constantly rotating rotor and cutting knives. This causes the cutting knives to tear the material by cutting, pulling and squeezing action, which shreds the material to smaller size. The large shredding chamber and loading hopper size, combined with the horizontal pusher, ensures optimum feeding of the material to the rotor, to achieve the most efficient performance.
The output screen has holes with different diameters. This determines the size of the final clippings and shreds which come out of the machine. Depending on the type and size of shreds desired, it may be required to change the output screen or cause a repass of the material for a second time. The shreds can then be ground for reducing to smaller size or the shreds can be directly baled for storage/transport.
