ADVANTAGES OF WOODEN SHAFT BEARING:- Environmental Friendliness: Wooden shaft bearings are made from
natural, renewable resources, making them an environmentally
friendly choice. They do not contribute to pollution or resource
depletion.
- Self-Lubricating: When water is used as a lubricant, it can help
reduce friction and heat buildup between the wooden shaft and the
bearing surface. This self-lubricating property can extend the
lifespan of the bearing.
- Reduced Maintenance: Water-lubricated wooden bearings often require
less maintenance compared to other types of bearings, as they are
less susceptible to wear and tear. This can result in cost savings
and less downtime for maintenance.
- Corrosion Resistance: Wooden bearings are naturally resistant to
corrosion, which is particularly beneficial in applications where
exposure to water or corrosive environments is common.
- Low Noise: Wooden bearings tend to operate quietly, which can be
advantageous in applications where noise control is important, such
as in marine or industrial settings.
- Shock Absorption: Wood has inherent shock-absorbing properties,
which can help dampen vibrations and reduce the risk of damage to
the shaft or surrounding components.
- Compatibility with Water: Using water as a lubricant is well-suited
for applications where the bearing operates in or is exposed to
water, such as marine and underwater applications.
- Natural Insulation: Wood has natural insulating properties, which
can be useful in applications where electrical conductivity needs
to be minimized.
- Cost-Effective: Wooden bearings can be cost-effective, particularly
in applications where the material is readily available and
manufacturing processes are well-established.
- Biodegradable: Wooden bearings are biodegradable, meaning they can
break down naturally over time, reducing their environmental impact
when they reach the end of their useful life.
LAMINATED WOOD TEST REPORT
| Test Items | Unit | Standard Value | Test Results | Density
| g/cm3 | 1.23 | 1.3
| Moisture Content
| % | ≤7 | 6.8 | Impact Strength
| KJ/m2 | ≥59 | 65 | Compressive Strength Along Wood Grain
| MPa | ≥127 | 130 | Tensile Strength Along Wood Grain
| MPa | ≥196 | 201 |
|
