The Absolute Series of Air Filtration Products from Cambridge |
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(Datasheet.PDF) |
Absolute Filter II | THINFIL (Low Profile) Absolute Mini-Pleat ULPA Filter | ||
The Absolute II ULPA filter is a low pressure drop, low power consumption mini-pleat filter. It is the perfect choice for cleanrooms and clean process equipment in the semiconductor industry, biopharmaceutical facilities and, animal handling, and sterile environments. A space saving design accommodates older and newer installation locations. Every Absolute II filter is scan tested to ensure 99.999%+ efficiency (0.1-0.2 um) at 0.5m/s. Custom sizes are available. | ||||
(Datasheet.PDF) |
Absolute Filter | THINFIL (Low Profile) Absolute Mini-Pleat HEPA Filter | ||
The Absolute HEPA mini-pleat filter is space saving and lightweight. It is absolutely the best choice for cleanrooms and clean bench equipment. It is used in a variety of industries including semiconductor and microelectronics, pharmaceutical, bio-medical, research facilities, and food processing. Custom sizes are available. | ||||
(Datasheet.PDF) |
Absolute Filter V Bank | High Airflow Volume V Type Mini-pleat Filter | ||
The Absolute Filter V Bank is Cambridge’s contribution to the energy efficient “Green” movement and offers extremely low pressure drop (1″ w.g. @ 2120 CFM versus 1.4″ w.g. for standard high capacity filters) for clean environments with high airflow needs, such as HVAC air handling equipment. Available in either HEPA or ULPA efficiency with Glass GIGA, GIGA Master or PTFE ULPA filter media. This filter replaces your existing high capacity, high pressure drop filter; no retro-fitting is required. The Absolute V Bank is setting the standard for high airflow applications with low energy consumption in super clean environments. Go V Bank = save $$$. | ||||
(Datasheet.PDF) |
Absolute Filter II | Separator ULPA Filter Std./Low Pressure Drop | ||
Cambridge Filter’s Absolute II separator-type filter is a low power consumption (99.999% efficient at 0.1-0.2um) ULPA filter. Low pressure drop models are also available. All KI ULPA Filters are subjected to a scan test to guarantee a leak-free filter. Low pressure drop models and custom sizes are available. | ||||
(Datasheet.PDF) |
Absolute Filter | Separator HEPA Filter Standard/High Airflow | ||
Our separator-type Absolute Filter is used for clean environments with high airflow. It offers low pressure drop and low power consumption. The Absolute Filter separates itself from the competition. Standard and high airflow volume models are available. Custom sizes are also available. | ||||
(Datasheet.PDF) |
High Temp. Absolute Filter | Separator/HEPA Filter | ||
Applications for our High Temperature Absolute Filter include pharmaceutical manufacturing processes, high temperature drying, and sterilization. These HEPA filters’ maximum operation temperatures differ by application, and range from 150 to 230 degrees Celsius (302 to 446 Fahrenheit). High airflow volume types are available. Custom sizes are also available. For Medium efficiency High Temperature Filters, contact us. | ||||
(Datasheet.PDF) |
Self-Contained Absolute Filter | Standard / L Type (High Airflow Volume) | ||
KI’s Self-Contained Absolute Filter is often used for nuclear and radioisotope facility exhaust treatment. It is vacuum leak tested at -10hPa and 99.97% efficient at 0.3um. This Self-Contained Absolute Filter is available in both standard and high airflow models. | ||||
(Datasheet.PDF) |
Super Hi-Temp | 660F(350C) Separator Type Hi-Temp Absolute HEPA Filter | ||
The Super High Temperature Absolute Filter from Cambridge has raised the limit for air filtration in extreme environments and goes where no other filter can. This Absolute filter operates comfortably at 660F (350C) with minimal particle generation compared to conventional hi-temp filters and has a ceiling temperature of 750F (400C). Whether your process requires HEPA (99.97%) or semi-HEPA (95%) level air filtration, the Super High Temperature Absolute Filter produces clean air with minimal particle generation and is generally suited for Pharmaceutical, Food Processing and Research applications. |