Technical Specification
Less marketing. More measurement.
RelWOOD® is supported by rigorous technical data and standardized testing methods.
The right question is not: “What does the brochure say?”
It is: “What does the test data show?”
Standardized Test Program
These results apply to the tested sample, not automatically to every grade or thickness.
| Property | Result | Test Method |
|---|---|---|
| Density | 0.83 g/cc | IS 2380 (Part 3):1977 |
| Water absorption | 0.43% | IS 2380 (Part 16):1977 |
| Thickness swelling | 0.22% | IS 2380 (Part 17):1977 |
| Compression strength (parallel to surface) | 164.2 kgf/cm² | IS 2380 (Part 8):1977 |
| Internal bond / tensile strength (perpendicular to surface) | 5.46 kgf/cm² | IS 2380 (Part 5):1977 |
| Screw holding — face | 2,022 N | IS 2380 (Part 14):1977 |
| Screw holding — edge | 1,586 N | IS 2380 (Part 14):1977 |
| Nail holding — face | 1,376 N | IS 2380 (Part 14):1977 |
| Nail holding — edge | 1,214 N | IS 2380 (Part 14):1977 |
| Impact strength (drop height) | 77.5 cm | IS 1708 (Part 7):1986 |
RelWood NFC Board is free of Lead, Cadmium and Barium metals. No formaldehyde used. *Relwood contains natural fibres, hence colour/shade variation is normal.
All the information given above is for a typical sample, is accurate to the best of our knowledge, and is provided without liability or commitment whatsoever. Recommendations or suggestions are made without guarantee or representation as to the result, as the conditions of use are beyond our control. Reliance Industries does not guarantee that the same results as those described here will be obtained. All material sold are subject to Reliance Industries standard terms & conditions of sale & the condition that each user shall make his own tests in their local conditions to confirm the suitability of such product for the particular use. Technical specifications are subject to change.
Available Technical Information
Technical documents can be provided for serious application evaluation.
Standard Sheet Parameters
Two Density Options
For applications where lower density is advantageous.
For applications where greater material density is required.
The appropriate grade depends on the application, geometry, thickness and performance requirement.
Your application is the real test.