Our LPCVD-TEOS trap is designed specifically to meet the demanding requirements of this process. Our single stage trap contains a huge stainless steel gauze filter allowing solids to form inside the trap instead of the line.

The LPCVD-TEOS trap is designed specifically to meet the demanding requirements of this process. Our three stage trap contains a stainless steel gauze filter, a 10 micron particulate filter and a generous liquid reservoir. This allowing solids to form, prevents small particles from moving down line, and holds large amounts of liquid.

The LPCVD-TEOS trap is designed specifically to meet the demanding requirements of this process. Our dual stage trap contains a stainless steel gauze filter and a 10 micron particulate filter allowing solids to form inside the trap and preventing the small particles from moving down line. It will also capture and hold a small amount of liquid.

Liquid nitrogen (LN₂) traps are excellent at removing condensable gasses before they can damage or contaminate other components. Dual tube models allow for easy connection to automated fill devices. Our two piece constrction allows for easy removal and cleaning without disconnecting from the vacuum line.

Liquid nitrogen (LN₂) traps are excellent at removing condensable gasses before they can damage or contaminate other components. Dual tube models allow for easy connection to automated fill devices. Our two piece constrction allows for easy removal and cleaning without disconnecting from the vacuum line.

Metal sieve traps use a fibrous stainless steel or copper sieve for removal of hydrocarbons or large particulates. The right angle design allows for easy cleaning and removal/replacement of the filter element.

Metal sieve traps use a fibrous stainless steel or copper sieve for removal of hydrocarbons or large particulates. The coaxial design provides maximum filtering and flow. The two piece design allows for easy cleaning and removal/replacement of the filter element.

Metal sieve traps use a fibrous stainless steel or copper sieve for removal of hydrocarbons or large particulates. The sealed coaxial design provides a low cost filtering alternative. The filter element cannot be replaced in sealed units.

Molecular sieve traps contain Zeolite desiccant to remove hydrocarbons and water vapor. The desiccant can be baked out or regenerated to remove water that has collected. (Do not regenerate if you are trapping hydrocarbons.) The right angle two piece design allows for easy cleaning and removal/replacement of the Zeolite.

Molecular sieve traps contain Zeolite desiccant to remove hydrocarbons and water vapor. The desiccant can be baked out or regenerated to remove water that has collected. (Do not regenerate if you are trapping hydrocarbons.) The in-line two piece design allows for easy cleaning and removal/replacement of the Zeolite.

Molecular sieve traps contain Zeolite desiccant to remove hydrocarbons and water vapor. The desiccant can be baked out or regenerated to remove water that has collected. (Do not regenerate if you are trapping hydrocarbons.) The straight in-line two piece design allows for easy cleaning and removal/replacement of the Zeolite.

Water cooled traps are excellent at removing condensable gasses before they can damage or contaminate other components. They can extend preventative maintenance intervals and pump overhauls. . Our two piece construction allows for easy cleaning and inspection.

Water cooled traps are excellent at removing condensable gasses before they can damage or contaminate other components. They can extend preventative maintenance intervals and pump overhauls. . Our two piece construction allows for easy cleaning and inspection.