When evaluating the quality and playing characteristics of an Olhausen pool table, one of the most critical specifications to examine is the thickness of the slate bed. This dense, sedimentary rock forms the rigid foundation upon which the cloth is stretched and dictates the consistency of the ball roll. For the discerning player or installer, understanding the standard slate thickness used by Olhausen is essential for making an informed investment decision.
The Standard Slate Thickness
Olhausen pool tables are engineered to meet specific standards of playability, and the slate thickness is central to achieving that performance. Unlike lower-end tables that might use thinner, particle-board cores, Olhausen utilizes solid stone to ensure a level playing surface that remains stable across varying environmental conditions. The industry standard for a high-quality table is typically three-quarters of an inch, and this is the specification most commonly found in their premium lines.
Common Measurements
While variations can exist depending on the specific model and price point, the majority of modern Olhausen tables feature slate that is precisely three-quarters of an inch thick. This specific dimension provides the optimal balance between mass, stability, and responsiveness. The thickness is usually measured in inches but is often referenced in millimeters, which translates to approximately 19 millimeters, ensuring a consistent standard for international markets.
| Model Line | Slate Thickness | Configuration |
|---|---|---|
| Pro Series | 3/4 inch (19mm) | One-piece or three-piece |
| Tournament Series | 3/4 inch (19mm) | Three-piece sectional |
| Recreational Models | 3/4 inch (19mm) | One-piece or three-piece |
The Advantages of 3/4-Inch Slate
The choice of 3/4-inch thickness is not arbitrary; it is the result of engineering aimed at maximizing play quality. This thickness provides the necessary weight to prevent the table from shifting during powerful shots and ensures that the surface remains level under the tension of the stretched cloth. A thicker, rigid slate bed minimizes the potential for ball deflection, offering a truer roll that serious players rely on.
Impact on Gameplay
The density of the slate directly influences the speed and accuracy of the balls. At 3/4 inch, the bed is heavy enough to absorb vibrations and maintain its geometric integrity, which translates to consistent cushion bounce and predictable ball paths. Players will notice the difference in responsiveness compared to thinner materials, which can warp or flex, leading to inconsistent gameplay.
Installation and Handling Considerations
The substantial weight of 3/4-inch slate is a factor that must be considered during the installation process. A standard 9-foot table with this slate configuration can weigh over 1,000 pounds, requiring professional movers and a reinforced floor structure. This weight is a testament to the durability of the table, but it also underscores the importance of proper placement, as moving a leveled slate bed after installation is a complex and costly endeavor.
Leveling and Maintenance
Because the slate is so heavy and dense, it possesses excellent thermal stability. This means the stone expands and contracts minimally with temperature and humidity changes, which helps maintain the levelness of the table over time. Professional leveling often involves leveling bolts integrated into the slate bed, allowing for precise adjustments to ensure the surface is perfectly horizontal for competitive play.
