High Temp SUS314 SUS310S Quenching Mesh Belt For Continuous Heat Treatment Hardening Furnace

This quenching dedicated mesh belt solves the core pain point of ordinary mesh belts: easy fracture under frequent rapid heating and sudden water cooling impact in continuous hardening furnaces. We provide two heat-resistant material options: SUS310S for medium-volume quenching lines, SUS314 for heavy-duty long-cycle quenching production.

The wire structure adopts optimized anti-fatigue weaving craft, greatly improving thermal shock resistance, adapting to the alternating temperature environment from over 900℃ high temperature to room temperature cooling zone, widely matched with continuous mesh belt quenching furnaces for hardware fasteners and mold parts.

Heat-resistant alloy wire withstands drastic temperature fluctuation between high-temperature heating zone and low-temperature water cooling zone. Anti-fatigue weaving structure disperses thermal stress generated by hot-cold alternation, preventing mesh wire crack and fracture. The mesh belt stably transports workpieces through heating, holding and quenching cooling procedures without structural damage.

1.Herringbone Encrypted Mesh (Most Popular) Dense and uniform mesh structure, prevents small screws, gaskets and miniature parts from falling off. High tensile strength, stable performance under frequent temperature alternation.

2.Chain Driven Heavy-Duty Mesh Belt Equipped with side drive chains, super load-bearing capacity, suitable for long continuous carburizing and quenching production lines, effectively avoiding running deviation.

3.Full Welded Reinforced Edge Belt Argon arc welding edge treatment, anti-loosening and anti-cracking, no wire falling after long-term oil cooling, greatly prolong service life.

4.Custom Baffle & Skirt Type Custom vertical baffles to prevent workpiece rolling down, ideal for loading and unloading and quenching tank working conditions.

1. Dual Heat-Resistant Material Selection SUS310S cost-effective for conventional quenching; SUS314 high silicon alloy for long-cycle heavy quenching production.

2. Strong Thermal Shock Anti-Fatigue Weave Craft Special wire winding process reduces metal fatigue caused by repeated hot-cold alternation, avoid mesh cracking.

3. Anti-Rust After Water Cooling Cycle Alloy material resists rust and scaling after repeated quenching water contact, extend service life.

4. Smooth Conveying For Fastener & Small Mold Blanks Moderate mesh aperture balance bearing and water flow penetration during quenching cooling process.

1. Fasteners: Quenching and carburizing of bolts, nuts, screws and spring washers.

2. Auto Parts: Continuous heat treatment of gears, pin shafts and chassis small components.

3. Hardware Tools: Tempering and hardening of drill bits, milling cutters, wrenches and springs.

4. Bearings & Stamping Parts: Bright quenching and carbonitriding treatment for bearings, chains and stamped components.

1. Optional Material: SUS310S / SUS314 heat resistant stainless steel

2. Core Feature: Outstanding thermal shock resistance

3. Working Condition: Alternating high temp heating & water rapid cooling

4. Max Continuous Temp: SUS310S ≤1080℃, SUS314 ≤1100℃

5. Weave Type: Herringbone / balanced weave customizable

Q1: Why quenching furnace needs special thermal shock resistant mesh belt?

A: Ordinary mesh belts easily produce metal fatigue and crack under frequent high temp to water cooling impact; quenching dedicated alloy material improves anti-fatigue performance greatly.

Q2: Which material to choose between SUS310S and SUS314 for quenching?

A: Choose SUS310S for medium batch intermittent quenching; select SUS314 for 24-hour non-stop continuous quenching production line.