Xinxiang Future Hydrochemistry Co., Ltd. (FHC) was founded in 1988. We specialize in manufacturing and developing high-performance, custom designed and cost effective titanium electrodes. We are the leader in the activated titanium anodes industry. Our products include: * The electro chlorinator cell assembly * Ruthenium-titanium anode, * Ruthenium-Iridium-Titanium anode, * Iridium-tantalum-titanium anode, * Iridium-tin-titanium anode, * Iridium titanium anode, * MMO titanium anode, * DSA titanium anode, * Titanium leads peroxide anodes, * Platinized Titanium anodes / electrodes, * Titanium electrodes for chlorinator cell (include "reversal" type titanium electrodes, and "No reversal" type titanium electrodes). Manufacturing Range: Rod type: diameter 10~50mm, Wire type: diameter 0.5~10mm Tubular Type: diameter 10~200mm Plate Type: thickness 0.5~5mm, size 1*1m Mesh Type: thickness 1mm, 1.5mm, 2mm, 2.5mm, Many specifications of mesh, size 1*1m Any other Geometry Application Fields: Titanium anodes for cathode protectionú+ Titanium anodes for gold platingú+ Titanium anodes for ceria platingú+ Titanium anodes for platinum plating,ú+ Titanium anodes for nickel platingú+ Titanium anodes for chromium platingú+ Titanium anodes for Trivalent Chrome Plating ú+ Titanium anodes for rhodium plating,ú+ Titanium anodes for palladium platingú+ Titanium anodes for water electrolysisú+ Titanium anodes for ionizer of waterú+ Titanium anodes for sewage treatmentú+ Titanium anodes for Iodate productionú+ Titanium anodes for caustic potashú+ Titanium anodes for recycling of waste waterú+ Titanium anodes for production of chlorine dioxideú+ Titanium anodes for chlorate industryú+ Titanium anodes for sterilization of food applianceú+ Titanium anodes for recycling mercury by electrolysis oxidationú+ Titanium anodes for copper foil field with high current densityú+ Titanium anodes for hypochlorite industryú+ Titanium anodes for bromate production ú+ Titanium anodes for chloral-alkali industryú+ Titanium anodes for copper foil production ú+ Titanium anodes for chlorin alkali cells ú+ Titanium anodes for chlorine dioxide cell ú+ Titanium anodes for caustic potash ú+ Titanium anodes for water electrolysis ú+ Titanium anodes for sewage treatment ú+ Titanium anodes for catholic protectionú+ Titanium anodes for electro winning ú+ Titanium anodes for acid copper platingú+ Titanium anodes for metal finishing/anodizing ú+ Titanium anodes for electrowinning ú+ Titanium anodes for metal refiningú+ Titanium anodes for swimming pool disinfection ú+ Titanium anodes for printed circuit board plating ú+ Titanium anodes for saltwater chlorinatorsú+ Titanium anodes for balancingú+ Titanium anodes for cathodic protectionú+ Titanium anodes for electro galvanizing ú+ Titanium anodes for waste treatment/metal recovery ú+ Titanium anodes for salt chlorination system in Swimming pool equipment ú+ Titanium anodes for water Treatment equipmentú+ Titanium anodes for chemical synthesisú+ Titanium anodes for electro chlorination ú+ Titanium anodes for electrogalvanising ú+ If you are looking for titanium anodes for any of above applications, we are the complete solution for your needs. Please let us know your specifications, dimensions and other detail requirements, our engineers are ready to help you. In the past decades, we have provided our customers electrodes products with high quality, long lifetime; helped our customers to solve difficult application problems; improved production quality and reduced the cost. We will continue to work with our customers together to be the best.
Hot rollind cold rolling Thickness 5mm-80mm 0.5mm-5mm Width 3000mm max 1000mm max Length 6000mm max 2400mm max Standard: Asme / astm b265 Available material chemical composition
Hot rolling, cold rolling Thickness 5mm-80mm, 0.5mm-5mm Width3000mm max , 1000mm max Length6000mm max, 2400mm max Standard: Asme / astm b265 available material chemical composition
ERTi--1,ERTi--2, M 0.1-6.0 ERTi--3,ERTi--4 Y 2.0-6.0 Voluntary standards: AWS,AMS,ASTM
Titanium bar
Titanium additives Tabletted additives for alloying aluminum have been in use for recent decades. These tablets (also named alloy compact) can be used as master alloys to produce aluminum alloys. They provide an efficient and economic way of making elemental additions such as titanium, iron, manganese, chromium, zinc, nickel and copper in casthouses world-wide for the manufacture of high-quality aluminium alloys in applications such as rolling ingot for foilstock and canstock, billet for precision extrusions and high-quality foundry casting alloys. For the precise compositional adjustment of alloy melts or for bulk element addition. 40%ti4%b, 75%, 80%ti 50~1330g Chinajinti alloying tablets is plastic vacuumed-wrapped (typical) or aluminum foil-wrapped to reduce dust and to ensure a damage-free, dry product. The tablets packs are contained in cardboard boxes, and shipped securely stacked on wooden pallets.
Titanium sheets
ASTM B265,AMS 4911 PLYWOOD CASES
As per ASTM B348. Plywood boxes
ASTM B337,B338 and B861 Plywood boxes, standard export packing
ASTM B348 Plywood boxes
1) Size: 0.2mm diameter(min. ) 2) Grades: Gr1, Gr2, Gr3, Gr4, Gr5, Gr9, Gr12, Gr23, Ti-Ni. 3) Standard: ASTM B863 Titanium Plate (Titanium Sheet) 1) Type: Hot and cold rolled 2) Grades: Gr1, Gr2, Gr3, Gr4, Gr7, Gr9, Gr12 3) Thickness: 0.5-5mm(cold rolled); Thickness: 5-40mm(hot rolled) 4) Width: Max 1, 000mm(cold rolled); Width: Max 3, 000mm(hot rolled) 5) Length: Max 2, 400mm(cold rolled); Length: Max 6, 000mm(hot rolled) 6) Standard: ASTM B265 7) Application: Industrial and medical titanium sheet, medical titanium plate
Specifications: 1) Bolt sizes: M4-M22*Length 2) Nut sizes: M4-M22 3) Washer sizes: M4-M22 4) Standard: DIN, ASTM, BS 5) Grade: Gr1, Gr2 Gr3, Gr5, Gr7, Gr9, Gr23,
Titanium disk
Titanium flange
Titanium wire ASTM B348 ASTM B265
- Material: ASTM B337, ASTM B338 Gr 1, Gr 2, Gr 3, Gr 7, Gr 9, Gr 12, Gr 16; - Technical: Seamless; - Process: Cold Rolled, Annealed or CWSR; - Grade: Gr.1 (CP titanium, low oxygen), Gr.2 (CP titanium, standard oxygen), Gr.7 ( Ti-Pa, standard oxygen), Gr.9 (Ti-3Al-2.5V), Gr.11 ( Ti-Pa, low oxygen), Gr.12 (Ti-Mo-Ni), Gr.16 (Ti-Pa,standard oxygen), Gr.17 (Ti-Pa,low oxygen) - Diameter: OD 6.0-273 mm, Wall thickness 0.3-22 mm, Length Within 18000 mm or Customized; - Application: Heat exchangers and condensers, Corrosive fluid transmission pipeline system, Titanium bicycle tube, automobile exhaust pipe,Offshore aquaculture; - Features: Light weight, excellent corrosion resistivity, strongly heat-resistance, high strength. - Inspection: Ultrasonic testing, Hydrostatic testing, Flattening testing, visual surface inspection, Dimensional inspection, tensile properties inspection and Chemical elements analysis.
We are a Titanium supplier in Taiwan. We could Titanium raw materials, fasteners, tableware(business gifts/OEM), and customizing service. The Titanium bars are Matte or polished surface.
TITANIUM CLAD TA-2PLY Type TA-2PLY (Titanum + Aluminum) Features: 1. Improved workability (elongation , strength ) 2. Cost reduction (40% ) 3. Lightweight (30% ) 4. Unique Beauty (Titanium) 5. excellent strength 6. Excellent corrosion resistance 7. hygiene 8. excellent heat storage Application - construct - kitchen
Titanium alloy refers to a variety of alloy metals made of titanium and other metals. Titanium is an important structural metal developed in the 1950s. Titanium alloy has high strength, good corrosion resistance and high heat resistance. From the 1950s to 1960s, it was mainly the development of high-temperature titanium alloys for aeroengines and structural titanium alloys for airframes. Hundreds of titanium alloys have been developed in the world, including 20 ~ 30 most famous alloys, such as Ti-6Al-4V, ti-5al-2.5sn, Ti-2Al-2.5Zr, ti-32mo, Ti Mo Ni, Ti PD, SP-700, ti-6242, ti-10-5-3, Ti-1023, BT9, BT20, imi829, imi834, etc Titanium is an isomer with a melting point of 1668 â?? and a close packed hexagonal lattice structure below 882 â?? �± Titanium; It has a body centered cubic lattice structure above 882 Titanium. Based on the different characteristics of the above two structures of titanium, appropriate alloy elements are added to gradually change the phase transformation temperature and phase content to obtain titanium alloys with different structures. At room temperature, titanium alloys have three kinds of matrix structures, and titanium alloys are divided into the following three categories: ± Alloy ±) Alloy and Alloy.
