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Release Time: 2021 - 04 - 01
Pulse Reverse power supplies, Cabinet modelsCooling: Water cooledOutput power: max. 64000 WattsEffective - and DC-current: max. 4240 APulse current: max. 9600 AEffective voltage: max. 6 VOutput power:  max. 2 x 16000 Watts (max. 4 x 8000 Watts)Effective - and DC-current:  max. 2 x 1060 A (max. 4 x 424 A)Reverse-current: max. 2 x 2400 A (max. 4 x 960 A)Effective voltage: Standard 2 x 6 V (4 x 6 V), other voltages on request (up to 600V)Typical applications:PCB lines Characteristic valuesSwitch mode technologyDual output, 4-fold output (single output optional) (see below matrix)Linearity inaccuracy Ripple less than Complex waveformsConstant current regulation (voltage regulation on request)SPI interface for control unit pe8005Fast rise and fall times (rectangular wav...
Release Time: 2021 - 03 - 16
PVDF/PFA/PTFE Heat ExchangersTeflon(Fluorpolymer) Heating and cooling coilsExchange areaSq.FtConnectionsInchLengthIn./mmWidthIn./mmThicknessIn./mmModel No.5.53/4 FNPT11.5(292)11.5(292)2(51)XC-12-12113/4 FNPT15.5(394)15.5(394)2(51)XC-16-1616.53/4 FNPT17.5(445)17.5(445)2.36(60)XC-18-18223/4 FNPT19.7(500)15.7(400)2.36(60)XC-20-1627.53/4 FNPT19.7(500)19.7(500)2.36(60)XC-20-20333/4 FNPT23.5(597)23.5(597)2.36(60)XC-24-2438.53/4 FNPT27.5(700)23.5(597)2.36(60)XC-28-24443/4 FNPT27.5(700)27.5(700)2.76(70)XC-28-2849.53/4 FNPT31.5(800)31.5(800)2.76(70)XC-32-32551 FNPT33.9(860)33.9(860)2.76(70)XC-34-3460.51 FNPT35.5(900)31.5(800)2.76(70)XC-36-32661 FNPT35.5(900)33.9(860)2.76(70)XC-36-3471.51 FNPT35.5(900)35.5(900)2.76(70)XC-36-36771 FNPT39.5(1000)33.9(860)3.15(80...
Release Time: 2017 - 09 - 03
Highest Temperature Heating Available!PTFE Inline Chemical Heater - Electric Inline HeaterBest-in-class chemical heaterThe Inline Chemical Heater offers unmatched performance and reliability with the ability to heat a variety of chemicals. This heater is suitable for either single pass or recirculating applications. Delivers best-in-class performance over a wide range of flow and temperature requirements. The TIH is the most durable and long-lasting inline chemical heater available! Multiple plumbing layouts facilitate easy installation into a variety of tool configurations. Fluoropolymer (PTFE) surfaces protect from permeation. Heats up to 210°C (410°F)ApplicationsSemiconductor Wet ProcessesSterilization/CleaningSolar/Photovoltaic Wafer CleaningPRODUCT DESCRIPTIONUnmatched ...
Release Time: 2016 - 08 - 01
Highest Temperature Heating Available!Fluoropolymer (PTFE) Inline Chemical Heater:Best-in-class chemical heaterThe Inline Chemical Heater offers unmatched performance and reliability with the ability to heat a variety of chemicals. This heater is suitable for either single pass or recirculating applications. Delivers best-in-class performance over a wide range of flow and temperature requirements. The TIH is the most durable and long-lasting inline chemical heater available! Multiple plumbing layouts facilitate easy installation into a variety of tool configurations. Fluoropolymer (PTFE) surfaces protect from permeation. Heats up to 210°C (410°F)ApplicationsSemiconductor Wet ProcessesSterilization/CleaningSolar/Photovoltaic Wafer CleaningPRODUCT DESCRIPTIONUnmatched in Semic...
Release Time: 2016 - 07 - 27
Ruthenium Iridium Titanium AnodesBecause of a very flexible production facility, we are able to manufacture anodes of all types: sheet, plate, mesh, wire, rod, tubular or combinations and/or assemblies of these materials. Their size and number vary from several cm2 to 2 m2 and from 1 to 10,000 pieces. The process in which the anodes are used determines size, shape and coating specification of an anode.Important parameters determining the anode design are:◆ The electrochemical cell or installation wherein the anodes are used◆ The process conditions, such as electrolyte composition, temperature, current density, design life, etc.◆ Mechanical load of the anode◆ Capacity of electrical conductivity of the base material.All anodes are produced according to customer specifications. When these spe...
Release Time: 2016 - 07 - 21
Inline Fluoropolymer Chemical Heat Exchangers:Fluoropolymer Inline Heat ExchangersExchange Area(Sq.Ft)LengthIn(mm)DIAIn(mm)PP ShellPVDF Shell6.515.7(400)5(130)XCH6.5-***XPH6.5-***1315.7(400)5(130)XCH13-***XPH13-***2020(500)6(150)XCH20-***XPH20-***3020(500)6.2(160)XCH30-***XPH30-***4024(600)6.2(160)XCH40-***XPH40-***5024(600)6.7(170)XCH50-***XPH50-***6027.5(700)6.7(170)XCH60-***XPH60-***7027.5(700)7(180)XCH70-***XPH70-***8031.4(800)7(180)XCH80-***XPH80-***9031.4(800)7.4(190)XCH90-***XPH90-***10031.4(900)7.4(190)XCH100-***XPH100-***11031.4(900)7.8(200)XCH110-***XPH110-***12039(1000)7.8(200)XCH120-***XPH120-***13039(1000)8.3(210)XCH130-***XPH130-***14043(1100)8.3(210)XCH140-***XPH140-***15043(1100)8.7(220)XCH150-***XPH150-***16047(1200)8.7(220)XCH160-***XPH160-***  lnine chemical he...
Release Time: 2016 - 07 - 21
Metal Heating and Cooling Grid CoilsDesigned for the high demands of corrosive chemical heatingor cooling For use in most alkaline oracid solutionsVertical or horizontalconfigurationsEvery inch of coil surfaceis active exchange area2-inch thick, low profiledesign 316 stainless steel,Zirconium, Hastelloy Cand Titanium4.6 square foot to 89.9square foot of exchangearea100 PSI working pressure(steam or water) Features & Values   Wide variety of materials available for use in heatingor cooling applications for alkaline or acid solutionsand rinse tanks. Check solution guide or consult withyour chemical supplier for proper sheath material.   Heavy wall, 20 gauge metal tubing available in steel,316 stainless steel and titanium.  1” diamete...
Release Time: 2016 - 07 - 21
SmartOne PTC Max Single Over the Side Heater : SmartOne heaters' elements are PTC positive temperature coefficient semiconductors – making the heaters self-limiting. That is, they reach a set maximum sheath temperature (which is below the ignition point of most combustible materials), meaning they are especially safe for process applications. WATTSVOLTSHot ZoneMM/IN.Overall MM/IN.304SS316SSTitaniumShip Wt.Lbs./(Kg)1000120240180(7)280(11)S1SP1111S1SP1211S1TP1111S1TP12117(3.5)2000240480330(13)430(17)S1SP2117S1SP2217S1TP2117S1TP221710(4.5)3000240480460(18)585(23)S1SP3223S1SP3423S1TP3223S1TP342311(5)4000240480610(24)735(29)S1SP4229S1SP4429S1TP4229S1TP442913(6)5000240480760(30)890(35)S1SP5235S1SP5435S1TP5235S1TP543515(7)6000240480890(35)1040(41)S1SP6241S1SP6441S1TP6241S1TP644...
Release Time: 2016 - 07 - 19
Vertical Spiral Over the side Teflon PTFE HEATERS: WATTSVOLTSHot zonemm/inOverallmm/inMax coldzoneModel No.Ship WT.Lbs./Kg500120-240125(5)280(11)41(1040)HXP.5111HXP.5211   6  (2.5)1000120-240180(7)280(11)41(1040)HXP1111HXP1211   7  (3.5)2000120-240305(12)430(17)41(1040))HXP2117HXP2217HXP2417   8   (4)3000120-600405(16)585(23)41(1040)HXP3223HXP3423   13   (6)4000120-600510(20)735(29)41(1040)HXP4229HXP4429   15   (7)5000120-600635(25)890(35)36(915)HXP5235HXP5435   18   (8)6000120-600735(29)1015(40)30(760)HXP6240HXP6440   21   (10)8000120-600940(37)1195(47)41(1040)2HXP82472HXP8447  ...
Products Product Details

Titanium Clad Copper Bus Bar

Spec:
Scope:
Availability: 2021 - 04 - 01
Describe:
Explain:
TiCu CladTitanium clad copperTitanium Clad Copper Bus Bar :TiCu Clad – titanium Clad bars are made by using compound extrusion presses which ensures an optimal metallurgical bond between the copper core and the titanium coating.The TiCu Clad material is generally used in electrochemistry, in chlor-alkaline electrolysis, in galvanizing lines, in chromium-plating baths and wherever high corrosion protection and high current-carrying capacities are required.ApplicationsDimensionally stable anode in chlor-alkaline-electrolysisBusbars for supplying current in elecctro-zinc coating lines for strip productsBusbars for supplying current in galvanizing lines for steel stripsBusbars for supplying current in continuous coating lines for wire, tube and strip platingBusbars for supplying current in gal...
  • Features

Titanium clad copper

Titanium Clad Copper Bus Bar :



Titanium Clad Copper Bus BarTitanium Clad Copper Bus Bar

TiCu Clad – titanium Clad bars are made by using compound extrusion presses which ensures an optimal metallurgical bond between the copper core and the titanium coating.

The TiCu Clad material is generally used in electrochemistry, in chlor-alkaline electrolysis, in galvanizing lines, in chromium-plating baths and wherever high corrosion protection and high current-carrying capacities are required.

Titanium Clad Copper Bus Bar

Applications

  • Dimensionally stable anode in chlor-alkaline-electrolysis

  • Busbars for supplying current in elecctro-zinc coating lines for strip products

  • Busbars for supplying current in galvanizing lines for steel strips

  • Busbars for supplying current in continuous coating lines for wire, tube and strip plating

  • Busbars for supplying current in galvanic baths, printed circuit board industry, frames, support bars

  • Busbars and anodes for the metal finishing industry

  • Busbars for supplying current in electrolysis plants/metal recovery

  • Coated titanium anode for chromium-plating instead of conventional lead anodes

  • Copper foil production

  • Electrodes for cathodic protection in corrosion systems

Environmentally friendly chromium-plating with TiCu Clad anodes

Using TiCu Clad anodes, platinated with titanium in the micron range, has a distinct advantage when chromium plating in sulphuric acid electrolytes. Due to increasingly more strict environmental standards as well as expensive waste disposal, the market requires processes which allow a more environmentally friendly hard- and bright chromium-plating in fluoride-free electrolytes.

TiCu Clad process is a process that eliminates production of hazardous waste such as lead chromate which is usually produced during the chrome-plating.

Standards

Coat titanium, material-No. 37025 or 3.7035, DIN 17850, ASTM B 265 Grade 1 or 2
Core material acc. to EN 13601, CU-HCP, CW021A, ANSI / ASTM B 244, UNS No.C 10300

Electric conductivity

Cu-HCP ≥99 % IACS   58 MS/m

General informationen

Relation to copper

Titanium 
1 : 26 at  20° C
1 : 66 at 400° C
Stainless steel
1 : 42
TiAI6V4  
1 : 100

Material

Material 
Electrical conductivity in mS / m
Titanium / Cu  on titanium
2.153
Titanium grade 2  1.5 mm sheet      
2.110
Titanium grade 2
2.240
TiAI VT 01  12.7 x 6.3 mm   
1.645
TiAI VT 01  25.4 x 12.7 mm 
1.819
TiAI6V4    
0.58



Copper  
58.0
CuCoBe 
30.0
CuCrZr 
49.0
W/Cu  75/25  
19 – 24.0
CuP6    
4.0
AI   
28.65
AIMgCuPb   
20.45
Stainless steel 
1.3

Form
Dimension in mm
Dimension in Zoll (inch)
Round
6,35 - 44,45 mm
¼” - 1 ¾”
4-kt
up to 38 mm
up to 1 ½” x 1 ½
Rectangle – flat
up to 20 x 120 mm
up to 0.8' x 4 “
Wire
0,75 – 6,35 mm
 0,030' – 1/4'
Other dimensions on request.TiCu Clad can be cut to length depending on customer’s request.


Compound extrusion pressed bars  
Explosion-platinated sheets
Zirconium Clad copper 
Zirconium – Copper
Niobium Clad copper
Niobium   -   Copper
Nickel Clad copper 
Nickel       -  Copper


Titanium   -  Copper
and a lot of others   
and a lot of others


Release Time: 2016 - 08 - 02
TiCu CladTitanium clad copperTitanium Clad Copper Bus Bar :TiCu Clad – titanium Clad bars are made by using compound extrusion presses which ensures an optimal metallurgical bond between the copper core and the titanium coating.The TiCu Clad material is generally used in electrochemistry, in chlor-alkaline electrolysis, in galvanizing lines, in chromium-plating baths and wherever high corrosion protection and high current-carrying capacities are required.ApplicationsDimensionally stable anode in chlor-alkaline-electrolysisBusbars for supplying current in elecctro-zinc coating lines for strip productsBusbars for supplying current in galvanizing lines for steel stripsBusbars for supplying current in continuous coating lines for wire, tube and strip platingBusbars for supplying current in gal...
Release Time: 2021 - 04 - 07
TiCu Clad anodeThe illustration shows the manufacturing process of titanium clad copper bars.The quality of clad materials can be demonstrated with a torsion test,. During this test strips of the material are taken out of the bond zone and twisted around their own axis several times. Clad materials of high quality must not demonstrate any separation of material after the test.  TiCu Clad is a metallurgical clad material of high quality where no impairment of the bonding materials will occur.Further processingThe clad material is so strong that the clad titanium can be welded with other titanium components by tungsten-inert gas welding (TIG-welding), laser or spot welding without damaging the compound.ConnectionsThe professional connection to the power supply is a constantly recurring ...
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