The Maxam MS909 MPT is an incredible construction tire that can also be used in agricultural applications. Its main compatible vehicles are telehandlers, aerial platform lifts, wheeled excavators, loaders, and earthmovers.
Firstly, the directional tread design grips the ground better. The tread is in a way that makes it easier for the Maxam MS909 MPT to push or pull in one direction. This gives it better traction, especially on soft or loose surfaces like dirt or mud. It also helps to clear away mud or water from the tread as the tire rolls, so the model stays in contact with the ground. This is important for heavy machines because it improves stability and prevents slipping. Moving on, the center tie bar connects the blocks or lugs in the middle. It ensures that the Maxam MS909 MPT is stronger and more stable. By connecting these parts, the tie bar keeps the model from flexing too much. This gives the model better support on hard surfaces, making it last longer and wear more evenly.
Secondly, the reinforced sidewalls make the Maxam MS909 MPT stronger and more durable. They help the model handle heavy loads without collapsing under pressure. These tougher sidewalls also protect the tire from sharp objects, like rocks or debris, that could cause cuts or punctures. They also support up to 12,000 lbs per single tire, depending on the size. Equally important, the cut and wear resistant compound protects the Maxam MS909 MPT from cracking, splitting, or getting damaged by sharp objects. This makes the rubber more durable, saving time and money by not needing replacements as often. Finally, the available sizes on the US market start with 19.5'' and go up to 22.5'' rim diameter options.
Features and benefits
- Incredible agro industrial tire with multi purpose use.
- Directional tread pattern offers greater traction and grip.
- Open shoulders increase control when turning.
- Tubeless build secures a tight rim fit.
- Resistant rubber compound offers protection from damage.
- Wide footprint evenly puts the pressure across the surface.
