Honest species-by-species comparison from a contractor who installs all three. Janka hardness, lifespan in Texas conditions, cost ratios, maintenance commitment, and which wood fits your project.
Why This Comparison Matters
Cedar, ipe, and tigerwood are not three flavors of the same product. They differ by orders of magnitude in density, lifespan, cost, and installation labor. Cedar is roughly half the density of ipe; ipe lasts roughly three times longer than cedar; tigerwood splits the difference on most axes but has a distinctive striped grain that neither of the others can replicate. A contractor who treats them as interchangeable does not understand the materials. Tell us about your wood deck plans, and we’ll honestly walk through which species fits your specific project, maintenance commitment, and budget.
The three species collectively cover the wood-deck market in Central Texas. Cedar is the regional standard – it ships from the Pacific Northwest in volume, every Austin contractor knows how to work with it, and it produces excellent decks at the entry-tier wood price point. Ipe and tigerwood are the premium options – both South American hardwoods with extraordinary density, both lasting 50-plus years, both costing significantly more upfront. The right choice depends on what you value most.
Density, Janka Ratings, and What They Mean in Practice
Wood hardness is measured on the Janka scale – the force required to embed a steel ball halfway into the wood surface. Cedar measures around 350 pounds-force; tigerwood around 2,160 lbf; ipe around 3,500 lbf. The differences are not subtle. Ipe is roughly 10 times harder than cedar; tigerwood is 6 times harder.
Practical implications of hardness:
- Insect resistance: harder wood resists termite and carpenter ant damage by physical density alone, before any chemical considerations
- Rot resistance: harder wood absorbs less water and dries faster, slowing the fungal degradation that destroys softer wood
- Surface durability: harder wood resists dings, scratches, and furniture wear that show on softer cedar
- Installation difficulty: harder wood requires pre-drilling, specialty fasteners, slower work pace – real labor cost implications
- Underfoot feel: harder wood feels different than softer wood; some people prefer the slight give of cedar, others prefer the stone-like solidity of ipe
Hardness is the single variable that accounts for most of the differences among these three woods. Cedar is the entry-tier option because it grows quickly and is easy to work with. Ipe is the premium price because it grows slowly and works hard. The wood deck installation details across all three species cover the installation-side specifics; this post focuses on the species comparison itself.
Cedar’s Strengths and Limitations
Where cedar shines
Lowest upfront cost of the three species. Easiest to source – shipping from Pacific Northwest mills is well-established to the Austin market. Easiest to work with – cedar mills, cuts, and fastens with standard tools. Naturally rot and insect resistant due to thujaplicin oils in the wood. Develops a silver-gray patina over time that many homeowners prefer to the brown of fresh cedar.
Where cedar has limitations
Shortest lifespan of the three species – 15 to 25 years with consistent maintenance, 10 to 15 years if neglected. Highest maintenance commitment – the cedar finish needs renewal every 24 to 36 months in direct sun. For the full schedule and its effects, see the cedar reseal schedule by sun exposure. Cedar boards are softer underfoot than hardwood; furniture, dropped items, and dog claws leave marks that hardwood would shrug off. Color fades faster – direct sun shifts cedar toward gray within 12 to 24 months if not refinished.
Cedar grades that matter
Architect Clear is the premium grade – vertical-grain, no knots, the cleanest visual surface. Select Tight Knot is the mid-grade – small tight knots permitted, good for projects with a rustic aesthetic. Construction Common is the utility grade – knottier, more variation, typically used for framing or budget projects rather than visible deck surfaces. Grade selection significantly affects both cost and appearance.
Ipe’s Strengths and Limitations
Where Ipe shines
Longest lifespan of any common deck material – 75-plus years is the typical expectation, with some installations crossing the century mark. Highest density of any commercial hardwood. Naturally rot and insect resistant without any chemical treatment. Fire resistance comparable to concrete (Class A rating). Color holds well with optional oil treatment; it weathers to silver-gray naturally if no oil is applied. The structurally correct choice for projects expected to outlast the owner.
Where Ipe has limitations
Highest upfront cost – typically 2 to 3 times cedar at the material level, and 30 to 50 percent higher labor due to the density. Sustainability concerns – tropical hardwood from South American forests, with supply-chain considerations addressed by FSC certification. For the FSC certification context for tropical hardwoods, see the eco-friendly decking page. Installation requires pre-drilling for every fastener and significantly slows the build pace compared to cedar.
Long-term value calculation
Ipe’s premium upfront cost looks different on a 25-year ownership horizon than at the point of purchase. Two cedar replacements over 50 years approach the original ipe cost; three cedar replacements exceed it. The value math favors IPE for homeowners expecting long-term ownership, particularly on premium custom builds where wood species drives design. The math favors cedar for shorter ownership horizons or projects where upfront cost is the binding constraint.
Tigerwood’s Strengths and Limitations
Where tigerwood shines
Distinctive striped grain figure unlike any other deck material – orange-brown base with darker brown to nearly black stripes running through the grain. Premium lifespan: 50+ years with proper installation, comparable to ipe’s lower range. Naturally rot and insect resistant. Slightly easier to work with than ipe because the density is a step below (around 900 kg/m3 vs ipe’s 1,050).
Where tigerwood has limitations
Cost sits between cedar and ipe – typically 1.5 to 2.5 times cedar at the material level. Sustainability considerations similar to ipe (tropical hardwood), though FSC-certified tigerwood is somewhat harder to find than FSC ipe. Color variation is a feature, not a bug – the striped grain means individual boards look noticeably different from each other, which can produce inconsistent visual results if board selection is not careful. Best for multi-level builds featuring hardwood accent levels, where the distinctive grain serves as a design element rather than a carpet-style, uniform surface.
Selecting tigerwood vs ipe
Tigerwood wins when the grain figure matters as a design statement – the visual variation is the entire point. Ipe wins when uniform appearance, maximum lifespan, or maximum density matter most. Same maintenance schedule for both (optional oil refresh every 12 to 18 months for color preservation, no required maintenance for structural integrity). Same fastener and installation requirements. Cost difference is meaningful but small relative to the gap between cedar and either hardwood.
How Austin Conditions Affect All Three Species
All three species hold up in Texas, but the climate stresses each differently:
Heat and UV
Texas summer UV breaks down wood finishes faster than northern climates – 220-plus sunny days per year and summer UV index regularly above 9. Cedar fades fastest because the natural cellulose is exposed when the stain fails. Ipe and tigerwood are more UV-tolerant due to their natural oils, but the color still shifts toward gray without oil application. None of the three species is damaged structurally by Texas UV; what fails is the finish.
Humidity and moisture
Central Texas humidity is moderate compared to coastal markets, but lakefront and creek-adjacent properties see accelerated wood wear. All three species absorb less moisture than pressure-treated pine, but cedar absorbs more than the hardwoods. Lakefront cedar typically needs resealing every 12 to 18 months; lakefront ipe or tigerwood holds up without special treatment.
Pool deck applications
Pool surrounds combine UV, humidity, and pool chemistry exposure – the toughest test for wood deck material. Ipe is the clear winner here: density resists chlorinated water, hardness handles foot traffic, and lifespan justifies the upfront premium for a pool that will outlast multiple deck options made from less robust materials. For specific pool deck hardwood selection and heat tolerance, see the pool deck installation page.
Which Wood Species Fits Which Project
Traditional Hill Country residential deck
Cedar is the regional traditional answer. Cedar matches the architectural vocabulary of Hill Country homes, ages gracefully to silver-gray, and produces an excellent deck at the entry-tier wood price. The maintenance commitment is real but manageable. Cedar at Architect Clear grade is the recommended specification for traditional projects where aesthetics matter.
Premium new build with long ownership horizon
Brazilian ipe. The 75-plus-year lifespan justifies the upfront cost for projects where the homeowner expects to stay in the home for decades or where the deck is a structural-life-of-house investment. FSC certification is recommended for buyers concerned about the supply chain. Hidden stainless steel fasteners are standard for the visual result; the cost justifies.
Pool deck or full-sun west-facing residential
Brazilian ipe again, for different reasons. The hardness handles pool chemistry and UV exposure better than cedar; the lifespan justifies the cost for an application where premature deck failure is particularly expensive (working around an established pool). Ipe in a lighter natural color runs cooler than dark-stained ipe; oil treatment is optional rather than required.
Distinctive design statement
Tigerwood. The striped grain produces a visual result neither cedar nor ipe can replicate. Best for projects where the deck itself is a design feature – architecturally significant homes, modern builds where the wood is meant to be noticed, multi-level builds where one tier uses tigerwood as an accent against composite or cedar elsewhere.
Lakefront and high-humidity sites
Ipe or tigerwood. Cedar works on lakefront sites, but the maintenance schedule shortens dramatically (12 to 18 months between resealings) and the lifespan shortens proportionally. Lakeway lakefront hardwood deck builds typically use ipe or tigerwood to handle the humidity exposure with minimal recurring maintenance.
Budget-constrained project
Cedar at Select Tight Knot grade. The mid-grade cedar produces an excellent deck at a meaningfully lower cost than premium Architect Clear cedar, without the rustic look of utility-grade Construction Common. Maintenance commitment is the same as Architect Clear cedar; the difference is grade selection on the same species.
Frequently Asked Questions
Is ipe really worth 2 to 3 times the cost of cedar?
On a long ownership horizon, yes. On a short horizon, often no. Ipe lasts roughly three times longer than well-maintained cedar (75-plus years vs 20-25). For homeowners planning to sell within 5 to 10 years, the premium does not recover in resale value. For homeowners planning long-term ownership, the lifecycle math favors ipe because two or three cedar replacements over 50 years cost more than one ipe install. The answer depends on your time horizon, not on which wood is “better.”
Can I mix wood species on the same deck?
Yes, and it can work well as intentional design. Common combinations: cedar railings with ipe surface boards (ipe’s hardness matters most where foot traffic concentrates), tigerwood accent boards within a larger ipe field, or hardwood feature platforms within a primarily cedar deck. Mixing for cost-cutting reasons rarely produces good visual results – the species look different enough that the contrast reads as inconsistent rather than designed.
Do ipe and tigerwood require special tools or fasteners for installation?
Yes to both. Pre-drilling is required at every fastener location because the wood is too dense for standard screw insertion. Standard carbide drill bits dull quickly; specialized drill bits or frequent replacement are part of the cost. Stainless steel fasteners are required because standard galvanized hardware corrodes when exposed to the tannins in tropical hardwoods. Hidden fastener systems (Tiger Claw, Ipe Clip, Camo) are standard for visible deck surfaces. All of this adds labor cost relative to cedar installation.
How hard is it to find FSC-certified ipe in the Austin area?
Available through established hardwood suppliers, but not at every supplier and not in every dimension. Lead times typically run 2 to 4 weeks longer than uncertified ipe because the chain-of-custody documentation moves through fewer distribution channels. FSC-certified ipe costs 15 to 25 percent more than uncertified ipe at the material level. For LEED projects or sustainability-focused buyers, the premium and lead time are both legitimate trade-offs against a verified supply chain.
How do these woods compare for splinter resistance and bare-foot comfort?
Hardwoods (ipe and tigerwood) splinter dramatically less than cedar because the dense fibers don’t separate the way softwood fibers do. Cedar in good condition is fine for bare feet; weathered cedar that hasn’t been resealed can produce surface splintering, particularly on edges and around fasteners. Hardwood splinters are rare, but when they happen, they’re harder to remove than cedar splinters due to the density of the wood. Practical answer: all three are acceptable for bare-foot use; hardwoods are noticeably better in long-term wear.
Why does an IPE installation cost more in labor than cedar?
Pre-drilling at every fastener adds time. The drill bits dull faster against dense wood, requiring more bit changes or specialized carbide tooling. The boards are heavier, slowing handling. Hidden fastener systems are more involved than face-screwing. Cutting requires sharper, slower-feeding blades. All of this typically translates to 30 to 50 percent more labor hours per square foot than the equivalent cedar install, which shows up as a meaningful line item in the labor section of the estimate.
Can I leave the hardwood unfinished and let it weather to gray naturally?
Yes, and many ipe and tigerwood installations are intentionally left unfinished. The wood weathers to a silver-gray patina similar to cedar’s weathered color, while the underlying dense hardwood structure remains intact. No oil application means no recurring maintenance – the wood handles itself for 50-plus years. Trade-off: the rich color of fresh ipe or the striped grain of tigerwood is sacrificed to the gray patina. Owners who want to preserve color apply oil every 12 to 18 months; owners who prefer the natural weathered look skip oil entirely.
Why is ipe so common for pool deck installations?
Density resists exposure to pool chemistry better than softwood. The Class A fire rating matters near outdoor kitchens or fire features. The hardness handles foot traffic patterns that develop around pool entries and exits. The lifespan matches or exceeds the pool itself. The natural slip resistance of properly-installed ipe surfaces holds up in wet. All of these factors converge on ipe being the structural-correctness choice for pool decking, which is why it dominates that specific use case.
Ready to Pick the Right Species for Your Project?
The right wood depends on your timeline, maintenance commitment, budget, and aesthetic priorities. Free site visit, species-by-species walk-through with samples, and a written estimate naming the specific species and grade. Sometimes the right answer is cedar; sometimes ipe; sometimes tigerwood; rarely is it the cheapest option.
Or call (512) 650-2760