The most direct effect of the anti-slip texture design of bakelite oval handles is to increase the friction between the hand and the bakelite oval handles, making it less likely to slip when holding. When the palm touches the bakelite oval handles, the texture will bite the palm skin, just like countless tiny contacts grabbing the hand, and even if it is just lightly held, it can form a stable connection. This increase in friction allows users to operate the equipment without having to deliberately hold it tightly. The natural grip can ensure that the bakelite oval handles will not slip out of the hand, fundamentally improving the stability of the grip.
When the hands are wet or oily, the role of the anti-slip texture is more prominent. Many devices using bakelite oval handles often appear in environments such as kitchens and workshops. It is inevitable that the hands will be stained with water stains, oil stains or other stains. These substances will make the surface of the bakelite oval handles smooth and increase the risk of slipping. The anti-slip texture can guide moisture or oil into the gaps between the textures through its own concave-convex structure, reduce their residue on the contact surface, and maintain effective friction between the hand and the bakelite oval handles. This anti-slip ability in special environments prevents the stability of the grip from being significantly reduced due to external factors, ensuring safe operation.
For devices that require force to operate, the anti-slip texture can disperse the force points of the hand to avoid slipping due to excessive local force. For example, when turning the bakelite oval handles to adjust device parameters or apply force, the palm needs to transfer a large force to the bakelite oval handles. If the surface is smooth, the force point is likely to be concentrated in a certain area, causing the hand to slip. The concave-convex structure of the texture can disperse the force to multiple contact points, and each edge of the texture can bear part of the force, making the force transmission more uniform, so that the grip can be maintained even when force is applied, and the need for repeated adjustments due to slipping is reduced.
When holding the bakelite oval handles for a long time, the hand is prone to slipping due to sweating, and the anti-slip texture can alleviate this problem. When the human body is continuously exerting force or being nervous, the palm will secrete a small amount of sweat. If this sweat remains on the smooth surface of the bakelite oval handles, it will form a layer of lubricant, affecting the stability of the grip. The gaps in the anti-slip pattern can accommodate this sweat, keeping the contact surface relatively dry. At the same time, the contact between the pattern and the skin is more in line with the subtle movements of the hand. Even if the hand slides slightly, the pattern can "grasp" the skin in time to prevent the sliding from expanding, so that the grip remains stable for a long time.
When the grip angle needs to be changed during operation, the anti-slip pattern can adapt to the subtle movement of the hand and maintain a stable contact state. For example, when turning the bakelite oval handles or adjusting the position of the device, the contact point between the palm and the bakelite oval handles will change slightly. The smooth bakelite oval handles may suddenly slip when the angle changes, while the continuous concave-convex structure of the anti-slip pattern can always maintain sufficient friction during the angle change, allowing the hand to move smoothly without sudden slippage or loosening, ensuring the continuity and stability of the operation process.
For users with less strength, the anti-slip texture can reduce the difficulty of holding and indirectly improve stability. When people with limited strength hold smooth bakelite oval handles, they may not be able to exert enough force to control them stably. The extra friction brought by the anti-slip texture allows them to achieve a stable grip with less force. This adaptability to users of different strength levels allows more people to operate the device easily and stably, avoiding the problem of unstable grip caused by insufficient strength.
When the device vibrates during operation, the anti-slip texture can reduce the relative sliding between the bakelite oval handles and the hand. Many devices with bakelite oval handles will produce slight vibrations when working. This vibration will cause continuous slight friction between the hand and the bakelite oval handles, which may cause the grip to loosen over time. The anti-slip texture can buffer the impact of this vibration through its own structure. The concave and convex parts of the texture are like small suction cups, which constantly adjust the contact state with the hand during the vibration process, always maintain sufficient friction, so that the grip remains stable in a vibrating environment, and reduce the operation deviation caused by vibration.
