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Cone Shape Hose Regulating Pinch Hose Valve For Mining Slurry

Cone Shape Hose Regulating Pinch Hose Valve For Mining Slurry
Cone Shape Hose Regulating Pinch Hose Valve For Mining Slurry
  • Availability: In Stock
  • Product Model: GJ41X
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Cone Shape Hose Regulating Pinch Hose Valve For Mining Slurry

 

About Pinch Valve

 

The sealing in pinch valves is achieved throttling the flexible tube of the valve named elastic sleeve which is the only part in contact with the medium.

Pinch valves are suitable for handling slurries and solids in suspension, avoiding contact with the valve mechanism and any contamination towards or from the environment.

Generally, the pinch valve is limited to work at low pressures.

Pinch valves can be mechanically or pressure actuated. it is advised to close tightly the valve to prevent erosion of the flexible tube by the effect of leakage flow.

In pressure actuated pinch valves, the pressure is uniformly distributed over the external side of the flexible tub.
As advantage over the mechanically actuated valves, the pass section is always circular and then bigger particles can go through.
But pressure actuated pinch valves can not be 100% closed and can not be manually controlled since there is a dependency on the flow pressure, this can be resolve with a pressure regulator.

The flexible tube is made of elastomer, usually reinforced. Material selection should be done according to a corrosion-strength commitment since the elastomer strength properties can be reduced by the attack of the corrosive fluid. Fatigue limit of the material must fit on-off valve cycling.

 

 

Pinch Sleeves

 

1. Inner Layer: Natural rubber/Synthetic Rubber

The inner layer is the key part of the pinch vale which contacts the medium. It is decided by the working conditions.

2. Cord fabric: to improve the pressure retraining capabilities, make sure that the sleeve work well during operation. Layer quantity depends on the working pressure and vale size.

3、Outer layer: to protect the sleeve from the environmental corrosion, with features of high elasticity, tear-resistance and high fatigue-resistance

 

 

Rubber Material Performance Comparison Chart

Rubber Code

Full Name

Temperature Range

Application

Chemical Resistance

 

Acids

Alkali

Aromatic Oils

Aliphatic Oils

Solvents

Water

NR

Natural Rubber

-40 ~ 75

Heavy Abrasive Materials, Diluted acid,

Good

Good

Not

Not

Not

Excellent

alkali and chemicals

EPDM

Ethylene Propylene

-40 ~ 120

Concentrated and Oxidizing chemicals

Very Good

Very Good

Not

Not

Good

Excellent

SBR

Styrene Butadiene

-40 ~110

Heavy Abrasive Materials, Diluted acid,

Good

Good

Not

Not

Not

Excellent

alkali and chemicals

NBR

Nitrile Rubber

-30 ~ 100

Oils, Fuels, Hydrocarbon and Lubricants

Good

Common

Good

Very Good

Not

Excellent

FSR

Fluoro-silicon Rubber

-30 ~ 160

High Temperature Abrasive Materials

Very Good

Very Good

Common

Good

Not

Excellent

                     

 

Why Choose TEKO Pinch Valves ?
1- Natural rubber outer layer keeps sleeve protected under environmental erosion.
2- Tyre Fabrics mid-layer keeps whole sleeve more stronger using even under high pressure process.
3- Special medium contact layer keeps sleeve in super wear proof performance, extend it’s life 3 times more than common material rubber sleeve.
4- 20mm superior thickness rubber sleeve to optimize wear life.
5- Integral elastomer molded flange
6- Bi-directional Drop-tight shutoff
7- Self-cleaning by full flow bore design.
8- Excellent throttling performance when automatic actuated.
9- Easy replacement.

 

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