Precise Selection Guide: Analysis of Four Core Materials for Metal Mesh Sintering Furnace Belts

In industrial production, the material selection of sintering furnace belts directly impacts equipment lifespan and production stability. To assist companies in accurately matching their needs, we focus on four commonly used materials—SUS310S, AISI314, Cr20Ni80, and Inconel601—and provide a practical selection guide from performance characteristics to applicable scenarios.

1. Quick Overview of Core Characteristics of the Four Materials

2. Material-Specific Selection Guide and Quality Enhancement

1. SUS310S: Cost-Effective Choice for General Applications

Suitable for conventional industrial production environments, resistant to high temperatures up to 1200°C, widely used in petroleum, electronics, construction, and other industries. We use compliant raw materials and imported weaving equipment, increasing the belt's service life by 30% compared to the industry average. Note that when used at temperatures above 800°C, load parameters must be reasonably set. We can provide customized data solutions.

2. AISI314: Specialized Solution for Corrosive Environments

Excels in scenarios such as chemical material transportation and processing corrosive media in the pharmaceutical industry. We start with raw material composition, optimize welding details, and combine this with the ISO9001 quality system to ensure stable performance in corrosive environments.

3. Cr20Ni80: Preferred Material for High-Temperature and Heavy-Load Scenarios

Suitable for applications requiring high mechanical performance at high temperatures, such as heating elements for home appliances and heavy-load material transportation in the metallurgical industry. We select high-purity raw materials and leverage mature process experience to ensure structural stability under high temperatures and heavy loads.

4. Inconel601: High-End Configuration for Extreme Working Conditions

Suitable for extreme conditions such as high temperatures up to 1180°C and sulfur-containing atmospheres, with excellent anti-carburization and oxidation resistance. We have established a dedicated technical team to strictly control alloy ratios, and each batch of products undergoes in-house inspection, making it the preferred choice for high-end processes like heat treatment and wire annealing.

3. Selection Summary

The key to correct selection lies in matching the actual working conditions with material performance. Through standardized raw materials, refined processes, and comprehensive quality control, we provide reliable assurance for your selection. Companies can base their decisions on industry characteristics, temperature, and load requirements, and leverage professional technical support to achieve precise selection and effectively avoid procurement and operational risks.

Choosing the right material and utilizing equipment properly are essential for ensuring sustained and efficient production. If you need specific selection advice, please feel free to contact us for professional technical support.