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Titanium foil finds application in chemical filtration towers due to its excellent corrosion resistance and high strength-to-weight ratio. Here are some specific ways titanium foil is used in chemical filtration towers:
Demister Pads: Titanium foil can be used to manufacture demister pads or mist eliminators in chemical filtration towers. These pads help remove liquid droplets or mist from gas streams, preventing contamination and improving the efficiency of the tower. Titanium's corrosion resistance ensures longevity in corrosive environments.
Structured Packing: Titanium foil can be formed into structured packing, which is used as a high-efficiency separation medium in chemical filtration towers. The structured packing provides a large surface area for contact between gas and liquid phases, facilitating mass transfer and separation processes. Titanium's corrosion resistance is crucial in aggressive chemical environments.
Catalyst Support: Titanium foil can serve as a support material for catalysts used in chemical filtration towers. Catalysts help facilitate chemical reactions, and titanium's inertness and corrosion resistance ensure compatibility with a wide range of chemicals. The thin and flexible nature of titanium foil allows for efficient catalyst loading and distribution.
Gas Diffusers: Titanium foil can be perforated or formed into gas diffusers used in chemical filtration towers. These diffusers evenly distribute gas across the tower, enhancing mass transfer and chemical reactions. Titanium's resistance to corrosion and its ability to withstand high temperatures make it suitable for this application.
Corrosion Protection: Titanium foil can be used as a protective layer or lining in chemical filtration towers to prevent corrosion of underlying materials. It acts as a barrier between the corrosive environment and the tower structure, ensuring long-term durability and reliability.
Overall, the use of titanium foil in chemical filtration towers helps improve performance, increase operational efficiency, and extend the lifespan of the equipment due to titanium's exceptional corrosion resistance and mechanical properties.
| Name | Titanium Strip andFoil,Tape | Dlivery Status |
| According to your requirements or sheet Hot rolling cold rolling coil rolling-annealing cold rolling-annealing smooth according to your Hardness Requirements | ||
| Standard | GB/T3621.ASTM B265 | |
| Certification | IOS9001:2015,ISO/TS 16949:2009 | |
| Wall thickness | 0.08-3.0mm | |
| Allowable width Deviation | +/-0.15 mm | |
| Material | Gr1(TA1),Gr2(TA2),Gr12(TA10) | |
| Delivery time | Within 25 days after receiving deposit | |
| Payment term | T/T,L/C | |
| Supply ability | 250 tons per month | |
| Packing | Export standard package with polywood pallet or ISPM 15 stamped wooden case | |
| Information | Max coil weight:10000KG Coil inner Diameter Φ500/600/610/762 The Narrowest slitting slip width:15mm Max Length:5600M |
牌号 Grade | 厚度 Thickness（mm） | 厚度允许偏差 Allowable Thickness Deviation(mm) | 材料宽度 Width（mm） | 允许宽度偏差 Allowable width Deviation(mm) | |
普通精度 General precision | 高精度 High Precision | ||||
TA1/GR1 TA4/GR4 TA2/GR2 TC4/GR5 TA10/GR12 | 0.01<T≤0.1 | +/-0.01 | +/-0.005 | 5～1200 | +/-0.1 |
0.1<T≤0.6 | +/-0.01 | +/-0.005 | |||
0.6<T≤1.0 | +/-0.01 | +/-0.005 | |||
+/-0.02 | +/-0.01 | ||||
1.0<T≤2.0 | |||||
牌号 Grade | 状态 Status | 室温力学性能 Room-Temperature Mechanical Properties | |||
抗拉强度Rm/Mpa Tensile Strength Rm/Mpa | 规定非比例延伸强度Rp0.2/Mpa Provisions of Non-proportional Extension Intensity Rp0.2/Mpa | 断后伸长率A50 mm/% Precentage Elongation after Fracture | |||
TA1/GR1 | 退火态 Annealed | ≥240 | 140～310 | ≥24% | |
TA2/GR2 | ≥400 | 275～450 | ≥20% | ||
TA10/GR12 | ≥460 | ≥300 | ≥18% | ||
