
Repair or Warranty Contact
Clayton Associates, Inc. • 1650 Oak Street • Lakewood, New Jersey 08701 • P.+1-732-363-2100 F.+1-732-364-6084
TV-1400
Page 3
The TV-1400 is designed to extract and filter wet paint overspray from enclosures or tents during painting operations where the removal of
overspray particulate, especially chromates, must adhere to the NESHAP Test Method 319 for Aerospace painting and de-painting operations.
The TV-1400 employs a specific set of Clayton filters that, when used together, provide filtration that passes the NESHAP Test Method 319 for
both liquid and solid phase particulate. For this reason, individual filter specifications are not listed.
Stage 1 - NESHAP Super High-Capacity Synthetic Overspray Arrestor
Stage 1 is a progressive density media, composed of 100% synthetic fibers, created especially for high volume coating operations. It effectively
removes overspray solids from lacquers, air dry enamels, and thermo-reactive coatings. Full depth loading provides up to 99.8% removal
efficiency with a Paint-holding capacity of 12 pounds.
Stage 2 - NESHAP Merv 8 Filter
Stage 2 is a progressive density media, composed of 100% synthetic fibers. It has durable internal steel support wires and is excellent for high
moisture applications.
Stage 3 - Pocket Filter
Stage 3 is a High Efficiency Multi Pocket Final Filter for Paint Booth Exhaust. It is designed for Aerospace painting and de-painting operations
where the removal of overspray particulate, especially chromates, must adhere to NESHAP Method 319 standards.
Stage 4 - Merv 8 Carbon Filter
Stage 4 is a High Efficiency MERV 8 Carbon/Particulate Filter designed to help adsorb VOCs. The Gas-Phase Filtration Media layer suspends
250g/m of activated carbon in a uniform distribution throughout a tightly bonded three-dimensional network of cotton & polyester fibers which
also capture the particulate contaminants.
System Performance Data
ONLY APPROVED CLAYTON FILTERS SHOULD BE USED.
APPLICATIONS & ENVIRONMENTS
Liquid Phase
Solid Phase
85.70% @.42 Microns
88.00% @ .70 Microns
96.10% @ 1.0 Microns 9
3.90% @1.1 Microns
98.60% @2.0 Microns
97.50% @ 2.5 Microns
Exceeds NESHAP requirements E
xceeds NESHAP requirements