Honey Mesquite — Density, Movement, Workability & Cost
Nothing in this table moves less than mesquite — 4.8% volumetric, roughly a third of white oak's — so Texas flooring installers lay it with almost no gap.
Prosopis glandulosa · also sold as mesquite, Texas mesquite, algarroba
- Density
- 51 lb/ft³
- 817 kg/m³ at 12% MC
- Janka hardness
- 2340 lbf
- 10409 N
- Radial shrinkage
- 1.6%
- coefficient 0.0533
- Tangential shrinkage
- 3.2%
- coefficient 0.1067
- T/R ratio
- 2.0
- moves unevenly
- Volumetric
- 4.8%
- green to oven-dry
- Typical cost
- $14.00/bf
- premium tier
- Origin
- Domestic
- Southwestern United States and northern Mexico
- Type
- Hardwood
Texas flooring installers lay honey mesquite (Prosopis glandulosa) with almost no expansion gap, and they can get away with it because the numbers back them up: nothing else in this site's dataset moves as little as this wood does, full stop.
The most dimensionally stable wood this site tracks
At 51 lb/ft³ and 2,340 lbf on the Janka scale, mesquite is hard, dense, and — the real headline — has a volumetric shrinkage of just 4.8%, roughly a third of white oak's. That stability comes bundled with real defects to work around: bark inclusions, ring shake, and mineral streaking are common, so expect to work around flaws rather than through clean, defect-free stock, and expect boards to run short, since the tree itself rarely grows tall or straight.
Just how little a mesquite board actually moves
Radial shrinkage of 1.6% against a tangential figure of 3.2% gives a 2.0 ratio, but both numbers are so small in absolute terms that the ratio barely matters in practice. A narrow 4"-wide board — mesquite rarely offers much more — seasoning from a wet 18% down to a drier 12% loses barely a fortieth of an inch, 0.026" (0.7mm), across its width. Run other widths through the wood movement calculator if you're curious how small the effect stays even at wider dimensions. A 3/4"-thick, 4"-wide, 5-foot flooring board weighs about 5.3 lb at mesquite's milled density — the wood weight calculator covers other board sizes.
Working around the defects, not the movement
Gluing is straightforward, and given how commonly mesquite arrives with voids from ring shake or insect activity, filling them with epoxy while the board is already on the bench is standard practice rather than an optional repair. The wood's deep reddish-brown colour needs no stain at all — oil finishes bring it out superbly, and most finishers wouldn't dream of covering it with pigment.
Durability, cost, and its real markets
Mesquite's heartwood is very durable and genuinely insect-resistant, which combines with its stability to make it a favourite for flooring in exactly the climate — hot, dry Texas summers swinging into cooler winters — where a more movement-prone wood would struggle. At roughly $14 per board foot it's priced in this site's premium tier, reflecting both the difficulty of getting clean, usable boards from a naturally gnarled, defect-riddled tree and steady regional demand. Flooring, turned bowls, furniture, gunstocks, and smoking food round out its uses.
An invasive species with a genuinely useful timber
Mesquite is invasive well outside its native range — in parts of Africa, Asia, and Australia it's an aggressive rangeland weed — but within the timber trade it's simply an unrestricted, useful hardwood. That dual identity is worth knowing if you're sourcing it internationally, since "mesquite" as an ecological problem and "mesquite" as a lumber species are the same tree viewed through two very different lenses.
What it's worth comparing to
For a project where dimensional stability is the top priority and defects can be worked around, mesquite has essentially no domestic rival — black locust comes closest on stability-per-density among species this site tracks, but even locust's 10.2% volumetric shrinkage is more than double mesquite's.
What people actually ask about honey mesquite
Does mesquite's naturally short, narrow board size push most projects toward a glued-up panel construction the way it does with olivewood? Yes, for the same underlying reason — flooring, in particular, is typically laid as short-length strip or parquet flooring rather than long boards, and furniture makers routinely glue up narrower mesquite pieces into wider panels rather than expecting to source a single wide board the way they might with oak or maple.
Is it true that mesquite flooring can be installed with almost no expansion gap? Its extremely low shrinkage makes a minimal gap a reasonable practice compared to most hardwood flooring, though "almost none" still isn't literally zero — a small allowance remains standard practice even with this species.
Should bark inclusions and mineral streaks be filled with epoxy before or after final shaping on a mesquite piece? Filling before final shaping is standard practice — working the void with epoxy while the board is still on the bench lets the filler get sanded flush along with the surrounding surface during final dimensioning, rather than trying to level a raised or recessed patch after the piece is already close to finished.
Honey mesquite's density, Janka hardness and shrinkage are all The Wood Database's figures, since this species doesn't appear in the USDA Forest Products Laboratory's main tables; its 4.8% volumetric shrinkage is the lowest of any species in this dataset.
Working with Honey Mesquite
At the bench
Nothing else in this table moves less. At 4.8% volumetric — roughly a third of white oak — Texas flooring installers lay it with almost no expansion gap. Hard, dense and full of bark inclusions, ring shake and mineral. Expect to work around defects rather than through them; boards are short and wide is a luxury.
Glue-up
Glues well; fill voids with epoxy while you are at it, because there will be voids.
Finishing
Deep reddish brown that takes oil superbly and needs no stain.
Durability
Very durable heartwood, and resistant to insects.
Commonly used forflooring · turned bowls · furniture · gunstocks · smoking food
Conservation status
Invasive outside its native range in Africa, Asia and Australia; unrestricted in trade.
Where these figures come fromShrinkage figures on this page come from the USDA Forest Service Forest Products Laboratory's Wood Handbook (General Technical Report FPL-GTR-190, 2010) - Table 4-3 for North American species and Table 4-4 for imported ones. It is a US federal government publication, it is in the public domain, and it is the reference most other woodworking sites are quietly copying. For the handful of woods those tables do not cover, we use The Wood Database, which reproduces the same FPL figures species by species; every entry says which source its numbers came from. The movement coefficients are not a separate measurement. They are derived from the shrinkage figures the standard way - divide the total green-to-oven-dry shrinkage by 30, the nominal fibre saturation point - so that you can multiply width by the change in moisture content and get an answer in inches. Two honest limits are worth knowing. Shrinkage is not perfectly linear with moisture content, and the fibre saturation point is not exactly 30% for every species; it runs from about 26% to about 34%. And every figure here is a species average drawn from tested samples, while the board on your bench is one tree from one site. Use these numbers to size an expansion gap or choose between two woods, not to predict a specific board to the thousandth.
This species: shrinkage — The Wood Database (shrinkage), citing USDA FPL Wood Handbook; density — The Wood Database (average dried weight at 12% MC), citing USDA FPL Wood Handbook; hardness — The Wood Database (Janka side hardness at 12% MC), citing USDA FPL Wood Handbook. Not in FPL Tables 4-3 or 5-3b; figures from The Wood Database. The 4.8% volumetric shrinkage is the lowest of any species in this dataset.
CITES appendix and annotation statements on this site were read directly from the CITES Appendices I, II and III valid from 5 March 2026 - the text that entered into force after the 20th Conference of the Parties (CoP20, Samarkand, 24 November to 5 December 2025) - at https://cites.org/eng/app/appendices.php. The appendix number alone does not tell you what is controlled; the annotation does. Annotation #6 covers logs, sawn wood, veneer sheets and plywood. Annotation #17 adds transformed wood, meaning continuously shaped stock such as mouldings and flooring. Annotation #15, used for Dalbergia and the three listed bubingas, regulates all parts and derivatives but exempts finished musical instruments, their parts and accessories, and finished products containing up to 10 kg of the listed wood per shipment. Annotation #2 exempts seeds, pollen and finished products packaged and ready for retail trade. Annotation #4 is broader still and reaches parts and derivatives generally. Listings change at each Conference of the Parties, roughly every three years, and some take effect on a delayed date after that - so check the appendices yourself before you import, and treat this page as a pointer rather than as customs advice.
Prices are 2026 US retail estimates for 4/4 rough stock in hobbyist quantities and vary considerably by region, supplier and grade.