Does the surface of the handle have a non-slip design to prevent hands from slipping?

For tinplate can plastic handles, it is usually considered to add an anti-slip design to ensure that users can hold the handle firmly when using it and avoid hand slipping. Common anti-skid designs include the following:

Concave-convex texture design: The surface of the handle is provided with uneven textures or protrusions to increase the friction between the hand and the handle and improve grip stability.

Rubber pad or soft material covering: Covering the handle surface with a layer of rubber pad or soft material can increase hand comfort and provide better anti-slip effect.

Slightly concave design: The handle surface adopts a slightly concave design, making it easier for the hand to fit with the handle surface, increasing friction and preventing slipping.

Perforation design: Perforation design is carried out on the surface of the handle to form a certain number and density of small holes, which increases the roughness of the handle surface and improves the anti-slip performance.

These anti-slip designs can effectively prevent the plastic handles of tinplate cans from slipping during use and improve grip stability.