Wood preservation facilities, general recommendations: chapter A, table 2
Table 2. Physical and Chemical Properties of the Preservative Solution (Preservative-specific)
Identification
| Common synonyms | |
| United Nations (UN) NumberFootnote1 |
Transportation and storage information
| Delivery format: (e.g. liquid concentrate, bags, drums) | |
| Concentration delivered | |
| Concentration working solution | |
| Classification | |
| Storage temperature | |
| Inert atmosphere | |
| Venting | |
| Containers/materials | |
| Hose-piping/materials | |
| Placards | |
| Check with Transport Canada | |
| Check with PMRA |
Physical and chemical properties
| Physical State | |
| Molecular weight | |
| Proportions of active ingredients | |
| Density | |
| Typical preservative retention in treated wood | |
| Solubility | |
| pH | |
| Vapour pressure | |
| Floatability | |
| Freezing point | |
| Boiling point | |
| Melting point | |
| Flash point | |
| Explosive limits | |
| Specific gravity | |
| Appearance | |
| Colour | |
| Odour |
Hazard data
Fire
| Extinguishing data | |
| Fire behaviour | |
| Ignition temperature | |
| Burning rate |
Reactivity
| With water | |
| With common materials | |
| Stability |
Secondary tables can be added to document other essential, important and substance-specific elements of the wood preservative.
Table 2.1.Footnote2 Physical and Chemical Properties of a Preservative Component (if applicable): (Preservative-specific)
Physical and chemical properties
Use the suggested format here above to document the physical and chemical properties (if applicable) of the other component of wood preservatives.