Type 4A
Molecular Sieve Desiccant
- Molecular Sieve Desiccant Type 4A is the sodium form of Zeolite. Type 4A is typically used in regenerable drying systems to remove water vapor or contaminants which have a smaller critical diameter than 4 angstroms. With a smaller pore size, Type 4A is less subject to contamination; however, the moisture absorption rate will be less than that of Type 13X.
TECHNICAL DATA:
- Nominal Pore Size ............................................ 4 angstroms
Type of Crystal Structure ................................. Cubic
Bulk Density ........................................................ 46 lbs/cu. ft.
Equilibrium Water Capacity ............................. 24% wt.
Water Content (as shipped) ............................. 1.5% wt. (max.)
Heat of Absorption (max.) ................................ 1,800 BTU/lb Hp
Specific Heat (approx.) ...................................... 0.23 BTU/lbl°F
| Part Number | Bead Size | Mesh Size | Container Size | Buy Now |
|---|---|---|---|---|
| 4A18-30 | 1/8" | 4X8 | 30 lbs. Pail | |
| 4A18-110 | 1/8" | 4X8 | 110 lbs. Fiber Drum | |
| 4A18-330 | 1/8" | 4X8 | 330 lbs. Steel Drum | |
| 4A116-30 | 1/16" | 8X12 | 30 lbs. Pail | |
| 4A116-110 | 1/16" | 8X12 | 110 lbs. Fiber Drum | |
| 4A116-330 | 1/16" | 8X12 | 330 lbs. Steel Drum |
Type 13X
Molecular Sieve Desiccant
- Molecular Sieve Desiccant Type 13X is a modified form of the sodium Zeolite with a pore diameter of 10 angstroms. Type 13X is used commercially for general gas drying, air plant feed purification (simultaneous removal of Hp and CO2) and liquid hydrocarbon and natural gas sweetening (H2S and mercaptan removal). The larger pore size allows for faster absorption of moisture; however, it is more subject to contamination.
TECHNICAL DATA:
- Nominal Pore Size ............................................ 10 angstroms
Type of Crystal Structure ................................. Body Centerd Cubic
Bulk Density ........................................................ 42 lbs/cu. ft.
Equilibrium Water Capacity ............................. 29% wt.
Water Content (as shipped) ............................. 1.5% wt. (max.)
Heat of Absorption (max.) ................................ 1,800 BTU/lb Hp
Specific Heat (approx.) ...................................... 0.23 BTU/lbl°F
| Part Number | Bead Size | Mesh Size | Container Size | Buy Now |
|---|---|---|---|---|
| 13X18-26 | 1/8" | 4X8 | 26 lbs. Pail | |
| 13X18-103 | 1/8" | 4X8 | 103 lbs. Fiber Drum | |
| 13X18-309 | 1/8" | 4X8 | 309 lbs. Steel Drum | |
| 13X116-26 | 1/16" | 8X12 | 26 lbs. Pail | |
| 13X116-103 | 1/16" | 8X12 | 103 lbs. Fiber Drum | |
| 13X116-309 | 1/16" | 8X12 | 309 lbs. Steel Drum |
Activated Alumina
- Activated Alumina is synthetically produced amorphous oxides from aluminum trihydrate. The end product is a beaded material with high absorption capabilities. It is used as a Claus Catalyst in natural gas and refining and can reduce the dewpoint of the air to -40C. Activated Alumina can remove a variety of contaminants from styrene, polyethylene, ethylene, light hydrocarbons and air. Aluminas are very nonreactive absorbents giving off low heat.
TECHNICAL DATA:
- Diameter ............................................................ 1/8, 3/16, 1/4
Gravity-Surface Area ......................................... 1.47E+06
Cavity Volume .................................................... 4.93E+06
Static Adsorption ............................................... 17
Bulk Density ........................................................ 43.7
Loss on Ignition ................................................. 8.0
Crush Strength ................................................... 27
Wear Rate ............................................................ 0.1
