Screen Systems 'Agatex' High Tensile screens

Screen Systems Limited

High tensile Woven Wire Steel Screens

Modern High Speed Vibrating Screens are acknowledged to be among the finest fatigue testing Machines in use today. However, Screen Systems can produce screening surfaces which will withstand the rigorous treatment and survive the day and night attrition experienced in quarries, sand and gravel pits and all types of ore treatment and benefication plant.

These facts apply in particular to our AGATEX screens which are used throughout the world and are justly renowned for their extremely high resistance to abrasion. Close checks on raw materials, production processes and constant quality control at all stages of manufacture, guarantee a top quality finished product.

Types of weave	Crimps
Square Opening For screening regular shaped materials		Flat Top The top or working surface of the screen is smooth, all the crimping is on the underside, asssuring a more even weave. Materials are free to move over the screen
'Output' Slot Mesh Used when increased throughput is required or when improvement in non-blinding qualities is needed. This arrangement has greater open area than square opening		Double Crimp Evenly crimped in warp and weft, providing a rigid construction. The wires are undercrimped and sprung together thus giving a mesh which will not chatter at the intersections
'Longslot' Double Shute The double cross wires enable us to produce a longer slot, with consequently increased open area than single shute yet retaining a well locked stiff mesh		Lock Crimp A variation of the double crimp with an additional crimp to give a firmly locked mesh. Widely used for vibratory screen cloths.
'Longslot' Triple Shute Even greater open area than with simple oblong mesh. The greater length of unsupported wire enables slight vibrations to be set up which gives the mesh excellent clearing properties		Corrugated Crimp Extra crimps in war and weft with the wires seated in every third or fifth crimp. Gives a rigid mesh even when the aperture is large in relation to the wire diameter.