1. Production efficiency is improved
Rapid prototyping: The hot press can complete the molding of the rubber floor mat in a short time, which greatly improves the production efficiency.
High degree of automation: Modern hot presses are usually equipped with automated control systems that reduce manual operation and improve production speed and consistency.

2. High quality products
Uniform heating: The hot press can provide uniform heating to ensure that all parts of the rubber mat are heated evenly and reduce product defects.
Accurate control: Temperature and pressure can be accurately controlled to ensure that the quality of each mat is stable and in line with standards.

3. Energy saving and environmental protection
Energy-saving design: Modern hot press adopts energy-saving design to reduce energy consumption and reduce production costs.
Environmentally friendly materials: The use of environmentally friendly materials and processes to reduce environmental pollution.

4. Versatility
Suitable for a variety of materials: the hot press can not only be used for rubber floor MATS, but also for the molding of other materials, such as plastics, composite materials, etc.
Various specifications: Floor MATS of different specifications and shapes can be produced according to needs to meet diverse needs.

5. Strong durability
High wear resistance: The rubber floor mat produced by the hot press has high wear resistance and prolongs the service life.
Anti-aging: Through the hot pressing process, the floor mat has better anti-aging performance and is suitable for long-term use.
6. High security
Safety protection: The hot press is usually equipped with multiple safety protection measures to ensure the safety of the operator.
Stable operation: The equipment runs stably, reduces the failure rate, and improves production safety.
7. Easy to maintain
Modular design: Modern hot presses adopt a modular design for easy maintenance and replacement of parts.
Long life: Strong structure, long service life, reduce maintenance costs.
8. Cost-effectiveness
Reduce labor costs: high degree of automation, reduce the dependence on labor, reduce labor costs.
Reduce the scrap rate: accurately control the process parameters, reduce the scrap rate, improve the material utilization rate.