Titanium Heat exchanger
Titanium Heat exchanger
Titanium Heat exchanger
Titanium Heat exchanger
Titanium Heat exchanger
Titanium Heat exchanger



Titanium heat exchanger is a kind of titaniumby quality control of parts of the thermal fluid heat transfer to cold fluidheat exchange equipment.With the numerous advantages of industrial puretitanium, titanium heat exchanger is chemical, oil, power, food and othergeneral equipment, many industrial department occupies an important position inthe production.
Material properties
In practice, so the heat exchange efficiency of heat exchanger andheat exchanger material and process characteristics have a greatrelationship.Material in the process of enrichment, solute or impurities indeposition, precipitation crystallization and form scale layer on the surfaceof heating, heat transfer;Some of the solute is heat-sensitive, under the hightemperature for a long time perishable;Some of the material has largercorrosive or high viscosity and so on.
Physical properties
Titanium titanium heat exchanger selection of quality control.Onthe physical properties, titanium pipe has the advantage of light quality,superior mechanical properties, and other advantages.Titanium intensity big,pure titanium tensile strength up to 180 kg/was.Some of the strength of thesteel is higher than the titanium alloy, but the specific strength of titaniumalloy (the ratio of tensile strength and density) has more than high-qualitysteel.In addition, the strength of titanium alloy has good heat resistance, lowtemperature toughness and fracture toughness.
Titanium tube in accordance with the requirements for use andperformance of different perform two national standards:
GB/T3624-1995 GB/T3625-1995.
Supply brand: TA0 TA1, TA2, TA9, TA10
BT1-00, BT1 0
Gr1, Gr2
Chemical properties
On the chemical properties, titanium showed good stability, in avariety of industrial solution has good corrosion resistance.Refrigerationequipment of industrial pure titanium is a good material.
Of industrial pure titanium can be widely used in organiccompound, alkali, and salt solution, such as medium, and not easy to react withthe excellent corrosion resistance;Pure titanium at room temperature to the lowconcentration of hydrochloric acid, sulfuric acid, nitric acid and otherinorganic acid have good corrosion resistance;But with the increase of mediumconcentration and the working temperature, pure titanium easily react with theinorganic acid, the corrosion resistance of titanium is reduced, therefore,should pay attention to in the process of heat transfer medium concentrationand temperature;
At room temperature for pure titanium formic acid, oxalic acid,lactic acid and other organic acids has good corrosion resistance.
Titanium heat exchanger features editor
Titanium heat exchanger by metal ion is not easy to loss, so canmake full use of the characteristics of non-magnetic, used as a heat exchangerfor pharmaceutical and food purposes.Due to the corrosion resistance oftitanium is strong, so long service life of heat exchanger, and lessmaintenance cost in use.In addition, because of its advantages of small size,large heat capacity, and related equipment, such as pump can also beappropriate to reduce investment and running costs.|
Range of application
All kinds of excellent properties of titanium heat exchanger withpure titanium, widely used in all kinds of seafood, sea water heat, salt waterheat exchanger, chemical, food, medicine, metallurgy, refrigeration, lightindustry, electroplating industry, aluminum oxidation tank, salt, paper making,ultrasound, electronic communications, central heating and other industries andfields.
Titanium heat exchanger
The name type pipe material shell material tube material
Fixed tube-sheet heat exchanger TA1 TA2 TA3 Q235 A titanium/steelcomposite panels
A A cooler floating-head type TA9 Ta10 Q235
U-shaped tube condenser Zr0 Zr2 16 MNR zirconium/steel compositepanels
Net type evaporator filler TA1 TA2 20 g tantalum/steel compositepanels
Heater full titanium N2 N4 interchange 1 cr18ni9 nickel N6 / steelcomposite panels
(Ta1 TA2 TA3 TA9 TA10)
The heater coil Ta1 TA2 TA3
The condenser coil TA9 Ta10
Zr0 Zr2
N2 N4 interchange N6