Maximino’s Pine
Scientific name: Pinus maximinoi
Overview
Maximino’s Pine is a large evergreen conifer native to Mexico and Central America. Pinus maximinoi belongs to the Pinaceae family and occurs naturally from southern Mexico through Guatemala, Honduras, El Salvador, and Nicaragua, generally in mountainous and upland environments.
The wood generally ranges from pale yellowish brown to golden or light reddish brown, with lighter cream to yellowish sapwood. Grain is typically straight, while texture ranges from medium to moderately coarse. Growth rings can be clearly visible, with darker latewood contrasting against lighter earlywood.
Maximino’s Pine can produce relatively fast-growing, useful timber suitable for construction, furniture components, paneling, plywood, boxes, interior joinery, and general carpentry. Its growth characteristics have also led to interest in plantation forestry outside portions of its natural range.
Quick Facts
- Common Name: Maximino’s Pine
- Alternate Common Names: Maximino Pine, Pino Candelillo
- Scientific Name: Pinus maximinoi
- Region: Central American Woods
- Tree Size: Approximately 65–115 ft (20–35 m) tall, occasionally larger under favorable conditions
- Average Dried Weight: Approximately 30–40 lbs/ft³ (480–640 kg/m³), with natural variation
- Janka Hardness: Reliable standardized species-specific values are not consistently documented
- Grain: Generally straight
- Texture: Medium to moderately coarse
Identification Characteristics
Maximino’s Pine generally produces pale yellowish-brown to golden-brown heartwood, sometimes developing warmer reddish or orange-brown tones with age.
Sapwood is generally cream to pale yellow and may occupy a substantial portion of the trunk, particularly in younger trees.
Growth rings can be readily visible because of differences between lighter earlywood and darker, denser latewood. Flat-sawn surfaces may therefore display pronounced bands or cathedral-like grain.
Key identification traits include:
- Pale yellowish to golden-brown heartwood
- Occasional reddish or orange-brown tones
- Cream to pale yellow sapwood
- Generally straight grain
- Medium to moderately coarse texture
- Clearly visible growth rings
- Contrasting earlywood and latewood
- Resinous character
Working Properties
Maximino’s Pine generally has favorable woodworking characteristics and can be processed using conventional woodworking machinery.
Sharp tools help produce clean surfaces, particularly where harder latewood bands alternate with softer earlywood. Knots and localized grain changes may cause tear-out.
Natural resin can accumulate on blades and cutting equipment and may require cleaning during extended machining.
- Machines readily with sharp tools
- Cuts and planes effectively
- Sands well with proper technique
- Glues satisfactorily after surface preparation
- Accepts paints, stains, and clear finishes
- Resin can accumulate on tooling
- Knots may cause localized machining difficulty
Safety Note
Pine wood dust and natural resins may cause skin, eye, or respiratory irritation in sensitive individuals.
Appropriate dust collection, eye protection, and respiratory protection are recommended during sawing, routing, drilling, turning, and sanding.
Common Uses
Its useful strength-to-weight characteristics, straight grain, availability, and relatively straightforward machining make Maximino’s Pine suitable for:
- Construction lumber
- Furniture components
- Plywood
- Paneling
- Interior joinery
- Doors
- Boxes and crates
- Packaging
- General carpentry
- Utility woodworking
Sustainability & Notes
Maximino’s Pine is an important component of mountain and pine-oak forests from southern Mexico through portions of Central America.
The species can grow relatively rapidly under suitable conditions, which has generated interest in plantation forestry and timber production beyond its native range.
Plantation cultivation can potentially provide renewable timber while reducing pressure on naturally occurring forests when forestry systems are appropriately managed.
Native populations remain ecologically important for watershed protection, wildlife habitat, soil stability, carbon storage, and the extraordinary conifer diversity of Mexico and Central America.
Comparative Notes & Related Species
Teocote Pine – A Mexican and Central American pine useful for comparing grain, resin content, density, growth characteristics, and regional forestry applications.
Honduras Pine – An important Central American commercial pine providing a useful comparison in timber production, plantation forestry, and construction applications.
Chiapas Pine – Another pine native to southern Mexico and Central America, providing a strong geographic and botanical comparison with Maximino’s Pine.
Related Guides
Pine Species Guide
Explore pine species from around the world and compare their geographic distribution, appearance, grain, density, ecological adaptations, and woodworking uses.
Plantation vs. Wild-Harvested Hardwoods
Explore how plantation-grown and naturally occurring timber differ in growth conditions, forest management, sourcing, environmental impacts, and sustainability considerations.
Wood Movement and Seasonal Expansion Explained
Learn how changing moisture levels cause lumber to expand and contract and why dimensional movement matters in construction and woodworking.
Gluing Exotic Woods: Challenges and Solutions
Explore how moisture, resin, surface preparation, density, and adhesive selection can affect glue performance across different wood species.
Compare Wood Properties
See how this species ranks in density and hardness using our Wood Density & Janka Hardness Chart. You can also explore Hardest Woods, Softest Woods, and Most Dense Woods for quick comparisons.
Collector Notes
Maximino’s Pine is particularly useful for collectors because it represents the exceptional pine diversity of Mexico and Central America while also demonstrating the characteristics of a species with plantation-forestry potential.
Samples showing clearly defined earlywood and latewood bands can be especially useful for studying how annual growth affects grain, density, and appearance.
Collector specimens should retain the scientific name Pinus maximinoi, geographic origin, acquisition date, source, and whether the material came from a native forest or plantation when that information is available.
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Wood Sample Collection
This species is part of an ongoing effort to document and preserve wood samples from around the world.
Learn more about contributing to the collection:
Resources
Authoritative botanical and forestry references used in compiling information about this species include:
• USDA Forest Service – Wood Handbook: Wood as an Engineering Material
https://www.fpl.fs.usda.gov/products/publications/
• The Wood Database – Global reference for wood identification, physical properties, and woodworking characteristics
https://www.wood-database.com/
• Royal Botanic Gardens, Kew – Plants of the World Online – Botanical taxonomy and species distribution database
https://powo.science.kew.org/
• International Union for Conservation of Nature (IUCN Red List) – Global conservation status assessments
https://www.iucnredlist.org/
• Convention on International Trade in Endangered Species (CITES) – International trade regulations for protected plant species
https://cites.org/
Additional forestry publications, academic research papers, and regional timber studies may also be referenced where available.
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Availability & Where to Buy
Exotic hardwood availability can vary significantly depending on region, sustainability regulations, and supplier inventory.
As this archive grows, recommended suppliers and specialty wood retailers will be listed here to help woodworkers locate responsibly sourced material.
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