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                                                high-temperature aging detection equipment,multi-zone heating aging tester,forced hot air circulation aging equipment, multi-zone heating aging tester, forced hot air circulation aging equipment
                              

High-Temperature Aging Detection Equipment with Multi-Zone Heating and Forced Hot Air Circulation

Equipment Description

I. Heating and Temperature Control System

Heating Elements
Silicon Carbon Rods/Heating Tubes: Utilize high-temperature-resistant silicon carbon rods or honeycomb stainless steel heating tubes, enabling rapid temperature increases (0-30°C/min) up to 1600°C and offering a long service life.
Multi-Zone Heating: Heating elements are symmetrically arranged on both sides of the furnace, combined with a forced hot air circulation system to ensure temperature uniformity (no-load temperature difference ≤ ±2°C).
Control System
Temperature Control Module: Integrated with PLC and PID algorithms, supports multi-stage programmable temperature control (50 programmable steps), with a temperature accuracy of ±0.5°C and real-time display of temperature curves and operating status.
Safety Protection: Automatic over-temperature shutdown, leakage protection, heating element overload protection, and fault alarms ensure stable equipment operation.

II. Key Performance Parameters

Parameters	Specification Range
Temperature range	Room Temperature-1600°C (Conventional 200-300°C)
Heating rate	0-30°C/min (Adjustable)
Power	4kW-30kW (Customizable by Capacity)
Furnace volume	6L-30L (Standard Models), Customization Available
Applicable scenarios	High-Temperature Baking of Food, Metal Sintering, Ceramic Calcination, Material Aging Testing

III. Operation and Maintenance Specifications

Usage Procedure
Preheating: For the first use, run the furnace unloaded for one hour (at 300°C) to remove moisture and impurities.
Loading: Place the sample in a high-temperature resistant crucible or tray, avoiding direct contact with the furnace chamber. The furnace door must be completely sealed.
Cooling: After the program is complete, allow the furnace to cool naturally or activate the forced air cooling system. Open the furnace and remove the sample when the temperature drops below 100°C.
Maintenance Points
Cleaning: Regularly clean the furnace chamber to prevent carbon deposits that affect heating efficiency.
Inspection: Quarterly inspect the thermocouple calibration, heating element connection status, and electrical circuit insulation.

IV. Safety and Design Advantages

Safety Design
Explosion-proof Structure: Equipped with a pressure relief valve and flame arrester, suitable for flammable and explosive working conditions.
Multiple Protections: Independent over-temperature protection, over-current protection, and door open/close sensor shutdown.
Energy-Saving Features
The waste heat recovery system can use exhaust heat for preheating fresh air or auxiliary heating, achieving an overall energy saving rate of ≥40%.

Main Structures and Components

I. Main Structure

Shell and Frame
Material: Double-layer cold-rolled steel or 304 stainless steel, finished with a high-temperature paint or rust-proof finish. Corrosion-resistant and heat-resistant up to 300°C.
Support Design: The frame is welded and equipped with heavy-duty casters or adjustable feet for easy mobility and securement.
Inner Chamber and Insulation
Heating Chamber: Alumina fiber or ceramic fiber chamber, heat-resistant up to 1600°C, with strong thermal shock resistance to prevent deformation.
Insulation Filling: High-density rock wool or ceramic fiber (thickness ≥ 100mm) is filled between the double-layer shell, achieving a heat dissipation rate of ≤5%.
Door Design
Sealed Door: Side-opening double-layer door with built-in high-temperature silicone sealing strips and explosion-proof locks to minimize heat dissipation and ensure safe operation.

II. Core Components

Heating System
Heating Elements: Silicon carbon rods, silicon molybdenum rods, or honeycomb stainless steel electric heating tubes, supporting rapid temperature increases (0-30°C/min) and reaching a maximum temperature of 1600°C.
Thermal Cycling Device: A high-temperature-resistant motor drives a multi-blade impeller, combined with symmetrically distributed heating elements, to ensure temperature uniformity within the furnace (no-load temperature difference ≤ ±2°C).
Temperature Control System
Control Module: Integrated PLC and PID algorithm, supporting multi-stage programmable temperature control (50 programmable steps) with a temperature accuracy of ±0.5°C.
Monitoring Interface: A touchscreen displays real-time temperature curves, operating status, and fault codes.
Safety Protection Components
Electrical Protection: Automatic over-temperature shutoff, leakage protection, and heating element overload protection.
Mechanical Protection: Explosion-proof pressure relief valve and door opening/closing sensor shutdown function, suitable for flammable and explosive working conditions.

III. Auxiliary Components

Ventilation System: Built-in forced air cooling device supports rapid cooling (activates after the program ends).
Support Structure: High-temperature resistant crucible rack or tray support, adaptable to workpieces of different sizes.

IV. Comparison of Key Component Technical Parameters

Components	Typical Configuration	Features
Heating element	Silicon carbide rod/silicon molybdenum rod	Heat resistance ≥ 1600°C, fast heating rate
Insulation	Ceramic fiber (100mm)	Heat loss ≤ 5%, high energy efficiency
Temperature control system	PLC + PID algorithm	Multi-stage programming, accuracy ±0.5°C
Safety protection	Over-temperature power off + pressure relief valve	Explosion-proof and overload-proof

Features

High cost performance: Based on the customer's product positioning and development strategy, and with economic affordability as the foundation, we achieve the best cost performance.

The advanced and meticulous design concept of the equipment, along with the highly automated industrial equipment, showcases the image of a modern and advanced enterprise.

It has high adaptability, meeting the current production requirements and reserving room for development, taking into account the needs of increased production and improved quality in the future.

Quality compliance strictly adheres to the ISO900 quality management system, with every minute detail of the entire equipment installation being strictly controlled.

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جعبه امن ضد آتش

High-Temperature Aging Detection Equipment with Multi-Zone Heating and Forced Hot Air Circulation

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