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Professional Comparison · Verified Engineering Data · Updated 19 July 2026

Mango Wood VS Rubber Wood

Which wood is better for your project? Scores are computed from the verified figures on each species page — how we score.
🥇
Mango Wood
29/100 Library Score
🪵Hardwood💧Moisture Stable🌿Sustainable
  • Better dimensional stability (Excellent vs Moderate)
  • Stronger in bending (MOR 88.5 vs 71.9 MPa)

Full Mango Wood data sheet →

🥈
Rubber Wood
1/100 Library Score
🪵Hardwood🌿Sustainable
  • Close second across most categories
  • Solid choice where its profile fits the project

Full Rubber Wood data sheet →

Visual comparison

Mango WoodRubber Wood
Hardness (Janka)percentile of 60-species library
Densitypercentile of 60-species library
Bending strength (MOR)percentile of 60-species library
Stiffness (MOE)percentile of 60-species library
Durabilitypercentile of 60-species library
Dimensional stabilitypercentile of 60-species library

Winner by category

There isn't one universally best wood — there's a best wood for each purpose.

CategoryWinner
DurabilityTie
StabilityMango Wood
HardnessMango Wood
Strength (MOR)Mango Wood
Stiffness (MOE)Mango Wood
Flame spreadTie
Machining easeTie
LightnessMango Wood

Engineering data

PropertyMango WoodRubber Wood
Janka Hardness1070WD lbf960WD lbf
Density0.51WD g/cm³0.55WD g/cm³
MOE11.53WD GPa9.1WD GPa
MOR88.5WD MPa71.9WD MPa
DurabilityClass 5 Not DurableClass 5 Not Durable
StabilityExcellentModerate
Fire (E84)Class C indicativeClass C indicative
Radial Shrink3.6WD %2.3WD %
Tangential Shrink5.5WD %5.1WD %
T/R Ratio1.532.22

Figures carry the same source status as the species pages they come from — verified where cited, indicative where marked.

Best for

ApplicationRecommendedSuitability
Flooring / wear surfaces🥇 Mango Wood★★★☆☆
Furniture / interior joinery🥇 Mango Wood★★★★☆
Structural / load-bearing🥇 Mango Wood★★☆☆☆

Advantages & limitations

Mango Wood

Advantages

  • Very low movement in service

Limitations

  • Not durable outdoors untreated (Class 5)

Rubber Wood

Advantages

    Limitations

    • Not durable outdoors untreated (Class 5)
    • Noticeable seasonal movement — allow for it in design

    Recommendation

    Choose Mango Wood if…

    • You need minimal movement (doors, decking, panelling)
    • The surface takes traffic or impact

    Choose Rubber Wood if…

    • Its profile matches the application better than a single overall score

    Frequently asked questions

    Which is more durable, Mango Wood or Rubber Wood?

    Neither — both carry the same EN 350 rating (Class 5, Not Durable). For outdoor decisions between them, weigh dimensional stability and hardness instead.

    Which wood is better for outdoor use?

    Mango Wood — outdoor performance combines decay durability with dimensional stability, and it leads on that combination.

    Is Mango Wood harder than Rubber Wood?

    Yes — Janka 1070 lbf vs 960 lbf.

    How we score. Each wood gets a weighted composite of the verified figures shown above: durability 22%, stability 18%, hardness 12%, bending strength 12%, machining ease 12%, stiffness 8%, flame spread 8%, lightness 8%. The Library Score is that composite's percentile rank within our 60-species library — 50 means the library median, 90 means it outperforms nine of every ten species we cover. No price data is scored — cost guidance is qualitative. The score summarises the data; it does not replace judgement about your specific application.

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