For Millworkers

Perfect millwork starts with proper conditions.

Temperature, humidity, and dew point determine whether your millwork installations last decades or fail within months. CLīMIT monitors all three, continuously, so you always know conditions are ideal before you start work.

Millwork installation

John Deere - Chicago, IL

"As a new user, the Climit system is easy to use and provides a peace of mind that jobsite conditions are within spec for our millwork. Climit is a solution that every AWI member should seriously consider to help protect the profitability of their businesses!"

Samantha Parenti Gurrola

Project Executive, Parenti & Raffaelli, LTD

70%
Of millwork failures are moisture-related
2–3×
Cost multiplier for rework vs. prevention
100%
Of millwork warranties require documented conditions
Millwork cupping failure
Failed millwork project
Moisture measurement
The Three Critical Conditions

Every millwork failure traces back
to one of these three factors.

Most millworkers check temperature. The best ones monitor all three conditions, continuously, and have the data to prove it.

Temperature

Millwork materials including solid wood, veneer, composite, and laminated products expand and contract with temperature changes. Installing in temperatures outside spec ranges causes joints to gap, finishes to crack, and doors/drawers to bind or misalign.

Wood delamination from temperature changes

Common Failure Modes

Wood expansion and contraction causing joints to open
Finish cracking and crazing in temperature swings
Doors and drawers that bind or misalign post-install
Veneer separation and delamination
Adhesive failure if installation occurs in extreme heat or cold

Typical Manufacturer Ranges

Solid wood & veneerTypically 60°F–80°F
Composite & laminateTypically 65°F–85°F
Finishing & stainingTypically 65°F–85°F
Hardware installationTypically 60°F–80°F

* Always verify specific requirements in your project's millwork specifications.

Relative Humidity

Humidity is the #1 factor affecting wood stability. Wood absorbs and releases moisture based on surrounding RH, causing it to swell or shrink. Installing millwork in the wrong humidity, or leaving it to acclimate in unstable conditions, guarantees failure: gapping, cupping, warping, and binding.

Wood bowing from humidity changes

Common Failure Modes

Wood cupping, bowing, and warping post-install
Joints and seams opening as humidity drops
Doors and drawers swelling when humidity rises
Finish issues (blistering, peeling) from moisture infiltration
Mold and mildew growth on wood surfaces

Typical Manufacturer Ranges

Solid wood millworkTypically 35%–55% RH
Composite & engineeredTypically 40%–60% RH
Hardware & metal trimTypically 30%–70% RH
Finishing workTypically 45%–65% RH

* Always verify specific requirements in your project's millwork specifications.

Dew Point

Dew point is critical for finishing and adhesive work. If wood surface temperature falls below dew point, invisible condensation forms and instantly compromises stain, paint, and adhesive bonds. Most millwork failures trace back to dew point violations during finishing.

Veneer failure from dew point condensation

Common Failure Modes

Condensation on wood blocking stain and finish absorption
Paint blistering and peeling due to surface moisture
Adhesive bond failure for edge-banding and veneers
Warranty voidance from manufacturers if conditions not met
Finish defects that require sanding and refinishing (costly rework)

Typical Manufacturer Ranges

Staining & finishingSurface must be ≥5°F above dew point
Edge-banding & veneeringSurface must be ≥5°F above dew point
Paint & topcoat applicationSurface must be ≥5°F above dew point
Industry standard (SSPC-SP 1)Dew point compliance required

* Always verify specific requirements in your project's millwork specifications.

The Cost of Guessing

What's at stake when you don't monitor.

Costly Rework

Millwork failures often require complete removal and reinstallation, costing 2–3× the original contract value in labor and materials.

Voided Warranties

Millwork manufacturers explicitly void warranty if installation or finishing occurs outside documented conditions. Without proof, you absorb the cost.

Project Delays

Failure to acclimate materials properly or monitor conditions causes delays as you wait for conditions to stabilize or rework defects.

Reputation Damage

Millwork is visible and permanent. A failed installation with gapped joints or warped doors is immediately apparent and damages your credibility.

Featured Projects

Where CLīMIT has been at work.

Bloomberg

Bloomberg

New York, NY

Falls Music Center

Falls Music Center

Andover, MA

HSBC Hudson Yards

HSBC Hudson Yards

New York, NY

Hub Bassett

Hub Bassett

Madison, WI

Obama Presidential Center

Obama Presidential Center

Chicago, IL

OSU Wexner Medical Center

OSU Wexner Medical Center

Columbus, OH

Spring Quarter Tower

Spring Quarter Tower

Atlanta, GA

St Judes Childrens Hospital

St Judes Childrens Hospital

Memphis, TN

YLW Airport

YLW Airport

Keowna, BC Canada

How CLīMIT Helps

Built for millworkers.
Trusted by the best in the business.

Continuous temperature & RH monitoring throughout acclimation and installation
Automatic dew point calculation from ambient conditions
Instant alerts when conditions fall outside manufacturer spec
Timestamped logs proving conditions were met during critical phases
Professional PDF reports for warranty defense
Mobile app access to check conditions from jobsite anytime
Multi-zone monitoring for large installations with multiple spaces
Automatic comparison to millwork-specific condition ranges
Historical data to identify problematic trends before installation
Share reports with GCs and building owners for complete transparency

Stop guessing. Start monitoring.

See how CLīMIT helps millworkers protect their installations, their warranties, and their reputation.