The Solideal RES Xtreme NMAS goes on forklifts. This industrial model is made to be safe by stopping static electricity from building up, which can be a problem with some models used indoors or in places where sparks could be dangerous.
Firstly, the Solideal RES Xtreme NMAS has a non marking tread type. It avoids leaving marks or stains on the floors where it is used. This is especially important in places like warehouses and other indoor environments where clean floors are necessary. The model helps keep the area tidy while the forklift is moving around. Furthermore, there is a big center lug plays a key role in improving the Solideal RES Xtreme NMAS grip. This central part of the tire helps it maintain good contact with the ground, which is important for safely handling loads while the forklift moves. It makes it more durable and able to handle the heavy use typical in warehouse or industrial settings.
Secondly, the deep grooves handle water, dust, or debris that is on the ground. This helps the forklift maintain traction and control when it moves or lifts heavy loads. This feature is important for keeping it effective in various working environments. Speaking of heavy loads, the strong sidewalls withstand heavy stuff, without determining shape loss. They also protect the lateral part from scrubbing. Equally important, the open shoulders improve the ability to release heat. When the Solideal RES Xtreme NMAS is in use, it generates heat from friction and the load it carries. Open shoulders help to increase air flow around it, which cools it down and reduces the risk of overheating. Finally, the available sizes on the US market start from 8'' and finish with 20'' rim diameter options.
Features and benefits
- Amazing industrial tire that goes on forklifts.
- Non marking tread pattern leaves no marks on the ground.
- Big center lug offers the needed traction and grip.
- Open shoulders increase control and resist heat buildup.
- Deep grooves throw away debris for a reduced risk of slipping.
- Strong sidewalls withstand heavy loads without determining shape loss.
