9 products found
Fuel Cells Etc Products
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Metal Hydride
SOLID-Hâ„¢ hydrogen storage containers are filled with metal powders that absorb and release hydrogen (metal hydrides). You may already be using metal hydrides in your laptop computer (nickel-metal hydride batteries). The most popular SOLID-H containers supply a few atmospheres of hydrogen gas pressure at room temperature. This is the safest method known for storing flammable hydrogen gas. If your hydrogen system develops a leak, SOLID-H immediately releases a small fraction of its stored hydrogen. The remainder will be released over a period of hours. Typical uses for SOLID-H include hydrogen supplies for gas chromatographs and fuel storage for hydrogen engines or fuel cells.
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CL - Model 910 - Metal Hydride
The CL-910 metal hydride has a Hydrogen Capacity of 819-910 standard liters (31.14-31.96 scf) and a recharge time of ~48 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or ...
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CL - Model 370 - Metal Hydride
The CL-370 metal hydride has a Hydrogen Capacity of 334-370 standard liters (12.72-14.0 scf) and a recharge time of ~24 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or ...
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BL - Model 740 - Metal Hydride
The BL-740 metal hydride has a Hydrogen Capacity of 740-822 standard liters (28.2-31.28 scf) and a recharge time of ~48 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or ...
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BL - Model 220 - Metal Hydride
The BL-220 metal hydride has a Hydrogen Capacity of 220-242 standard liters (8.28-9.2 scf) and a recharge time of ~20 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...
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BL - Model 120 - Metal Hydride
The BL-120 metal hydride has a Hydrogen Capacity of 120-135 standard liters (4.6-5.19 scf) and a recharge time of ~9 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...
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BL - Model 60 - Metal Hydride
The BL-60 metal hydride has a Hydrogen Capacity of 60-69 standard liters (2.28-2.64 scf) and a recharge time of ~6 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...
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BL - Model 30 - Metal Hydride
The BL-30 metal hydride has a Hydrogen Capacity of 30-34 standard liters (1.14-1.3 scf) and a recharge time of ~4 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...
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BL - Model 20 - Metal Hydride
The BL-20 metal hydride has a Hydrogen Capacity of 20-21 standard liters (0.76-0.80 scf) and a recharge time of ~4 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...
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BL - Model 18 - Metal Hydride
The BL-18 metal hydride has a Hydrogen Capacity of 18-20 standard liters (0.67-0.76 scf) and a recharge time of ~4 hours. ALLOY CHOICES If you want to see a pressure-composition isotherm and a pressure-temperature Van't Hoff plot for each alloy, click the link for the alloy of interest: Alloy A or Alloys L, M, H . Alloy A contains iron and titanium. Alloys L, M and H contain rare earth metals and nickel. Alloy A is less expensive than Alloys L, M or H. ...