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R&D result

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Features

When dirty liquid is supplied to cylinder tank having multiple filter elements with a polygon shape at a cross section, the sludge is accumulated in the external side of the element and liquid is sent to clean tank.

If there are obstructions caused in sludge, it supplies compressed air in the direction of progress of filtration and send remnants to the clean tank. And then the sludge is dehydrated and becomes cake form and which is released by immediately supplying air in the reverse directions.

Basic specification

MODEL Capacity
(Soluble and grinding)
[L/MIN]
filtration area
[M2]
FILTER ELEMENT
(EA)
Filtration rate
(micron)
FILTER T/K SIZE
(¢ X height)
Capability (ℓ/min)
FILTER DIRTY CLEAN
MODELTAF-1 Capacity (Soluble and grinding) [L/MIN]150 filtration area[M2]0.33 FILTER ELEMENT(EA)1 Filtration rate(micron)10~100 FILTER T/K SIZE¢250 X 1305 Capability (ℓ/min) : FILTER0.062 Capability (ℓ/min) : DIRTY0.141 Capability (ℓ/min) : CLEAN0.351
MODELTAF-3 Capacity (Soluble and grinding) [L/MIN]400 filtration area[M2]1.00 FILTER ELEMENT(EA)3 Filtration rate(micron)10~100 FILTER T/K SIZE¢450 X 1456 Capability (ℓ/min) : FILTER0.191 Capability (ℓ/min) : DIRTY0.518 Capability (ℓ/min) : CLEAN0.806
MODELTAF-5 Capacity (Soluble and grinding) [L/MIN]700 filtration area[M2]1.65 FILTER ELEMENT(EA)5 Filtration rate(micron)10~100 FILTER T/K SIZE¢600 X 1539 Capability (ℓ/min) : FILTER0.353 Capability (ℓ/min) : DIRTY0.806 Capability (ℓ/min) : CLEAN1.404
MODELTAF-7 Capacity (Soluble and grinding) [L/MIN]1,000 filtration area[M2]2.31 FILTER ELEMENT(EA)7 Filtration rate(micron)10~100 FILTER T/K SIZE¢600 X 1539 Capability (ℓ/min) : FILTER0.353 Capability (ℓ/min) : DIRTY0.995 Capability (ℓ/min) : CLEAN1.93

Features

1
High filtration capacity and excellent cleanliness
Maximize capacity by enlarging filtration areas with filter elements in a polygon shape at a cross section.
Excellent cleanliness (sludge release) with the use of V/V which enables momentary air supply in contrast with unique dehydration effect
2
Excellent economic feasibility
Reduce maintenance expenses by using semi-permanent material
Minimize resistant yield and liquid loss through dehydration of sludge
3
Optimal maintenance
Easy maintenance under automated running operation for dirty liquid filtration, sludge dehydration and release in one tank
4
Improved function and efficiency
Available in various material type of mesh against needed filtration rate

Use

1
Food, drink
High precision filtration of food and drink and cooking oil
2
Industrial waste water
Waste water treatment on industrial machine, press and iron industry
3
Processing
Cutting, grinding and cleaning process of car, iron making and metal industry

Comparison table of filter element

Material Variable Strength(kg) Acidity(%) Temperature(℃) Upper temperature(℃) Alkali Acid
MaterialPolyester Variable20 Strength(kg)3.6 Acidity(%)17.2 Temperature(℃)120 Upper temperature(℃)150 AlkaliD AcidA
MaterialNylon Variable20 Strength(kg)4.0 Acidity(%)29.0 Temperature(℃)60 Upper temperature(℃)105 AlkaliA AcidD
MaterialPolypropylene Variable20 Strength(kg)3.1 Acidity(%)38.0 Temperature(℃)70 Upper temperature(℃)75 AlkaliA+ AcidA+

Advantage/disadvantage of Polyester

Advantage Disadvantage
Advantage
  • Excellent in heat resistance among synthetic fabrics
  • Good against acid
  • Excellent strength and good wear resistance
  • No change of tensile strength in wet or dry condition
  • No weathering, sun deterioration and cooling
  • Use for dry dust collector (satin, twill weave)
Disadvantage
  • Very weak against Alkali

Advantage/disadvantage of Polypropylene

Advantage Disadvantage
Advantage
  • Very strong against Alkali
  • Minimum gravity among synthetic fabrics with 0.91 gravity
  • Almost no water contain
  • Excellent secession with soft surface
  • Excellent elongation among synthetic fabrics
  • Widely used for filter cloth
Disadvantage
  • Good acidity but no strength
  • Low temperature used

Advantage/disadvantage of Nylon

Advantage Disadvantage
Advantage
  • Excellent tensile strength among synthetic fabrics
  • Excellent tensile strength among synthetic fabrics
  • Excellent secession with soft surface
  • Very good at wear resistance
  • Very low water contain
Disadvantage
  • Very weak against acid
  • Low temperature used