By optimizing the material and structural design, the service life of the sand maker can be improved. Specific methods include:

1. Choose high-strength materials: Select high-strength materials as the main components of the sand maker to improve its compressive strength, wear resistance, and corrosion resistance. Commonly used materials include high hardness alloys, wear-resistant steel, stainless steel, etc.

2. Add protective measures: Add protective materials or coatings to areas prone to wear to reduce wear and extend the service life. For example, adding wear-resistant liners at the crushing chamber and feed inlet can improve its wear resistance.

3. Optimize structural design: Reduce the stress and wear of vulnerable parts through reasonable structural design. For example, using reasonable stress distribution and mechanical principles can reduce stress concentration and wear of parts.

4. Strengthen the connection method: Choose reliable connection methods such as welding, bolt connection, etc., to ensure firm connections between components and reduce loosening and wear.

5. Enhance lubrication and cooling: Design lubrication and cooling systems properly to ensure proper lubrication and temperature during the operation of the sand maker, reducing wear and thermal damage.

With the above optimization measures, the material and structural design of the sand maker can be more durable and reliable, prolonging its service life, reducing maintenance costs, and improving production efficiency. Choose Talus sand maker for a powerful new type of sand making equipment!