Woven Wire                       Flex-Mat    

The outside panels of woven wire are completely blinded, while the center panel
of Flex-Mat is free and clear

  
Before Flex-Mat               After Flex-Mat

FLEX-MAT high-performance, self-cleaning screen cloth dramatically increases screening productivity and reduces screening costs. A special formulation of polyurethane bonded with individual screen wires eliminates the need for traditional woven cross wires. With no cross wires to cause premature failure due to wear on the high spots, FLEX-MAT lasts up to 5 times longer than woven wire.

Polyurethane strips allow individual wires to vibrate independently and at different frequencies to prevent material from accumulating between the wires. FLEX-MAT screen cloth eliminates blinding, pegging and clogging, reducing downtime for cleaning and increasing overall production efficiency. By running cleaner and lasting longer, FLEX-MAT helps producers increase throughput and boost production.

FLEX-MAT's polyurethane strips are centered on each screen deck crown bar to provide a secure wear surface and ensure proper tensioning. Polyurethane overlaps on side-tensioned cloths - standard on cloths with an opening of 3/8" or smaller and optional with larger openings - prevent material leakage through the spaces between cloths. With FLEX-MAT high-performance, self-cleaning screen cloth, your product stays in spec more consistently over the entire wear life, even at the end of the cloth life.

INCREASES...
production up to 40% and efficiency of the overall circuit
INCREASES...
cloth life up to 5 times longer than woven wire cloth
REDUCES...
downtime for screen cleaning and changing
PRODUCES...
consistently sized product throughout screen cloth life
HANDLES...
wet, sticky materials
REDUCES...
production cost per ton
REDUCES...
crusher wear by removing fines from the circuit

Series D
For precise sizing of passing material and general applications

Series S
For removal of fines to produce cleaner retained product

Series T
Reinforced for heavy loads or high-impact materials and for very fine screening