Engineering Technical Accumulation and Implementation Verification for Optimized Utilization of Thermal Energy


Heat requirements within daily-use and bathroom ceramic factories: All these production processes require a supply of hot air. During the heating and cooling cycles, kilns inevitably lose heat. How can this balance be achieved? How can kiln heat be utilized efficiently?

Baking room, baking molds, and baked mud bricks


A professional design team is at your service to ensure high-quality deliverables.

Automated production line


We guarantee quality for every order and ensure the fastest possible production turnaround.

Quick Baking Room


We rigorously control product quality at every step of the manufacturing process. We provide industry-leading technical support.

Hot water (decal application, cleaning the green body)


We take full responsibility for order-related issues and ensure that every order is delivered to the customer accurately and flawlessly.

Dongyue Equipment
Company Overview

30 years of manufacturing experience

Corporate Culture

Thousands of digitized kiln records

Honors and Qualifications

Automation

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Problems Encountered When Using Traditional Equipment

Add electric/gas heating Requires additional production costs


Heat comes from the kiln. This causes the kiln workshop to be too hot.


Insufficient hot air at the production end


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Dongyue’s independently developed system

Waste Heat Exchange System


Heat Collection System


Tunnel-type drying line


Utilize kiln heat Conserve energy


Engineering and Technological Accumulation and Implementation for the Optimized Utilization of Thermal Energy


Our design features high flexibility and low energy consumption.

Utilizes lightweight, high-density, low-heat-storage ceramic fiber blankets and polycrystalline wool.


The trolley deck is constructed with high-strength, thermally stable mullite hollow perimeter bricks, ensuring a longer service life for the trolley.


Zoned Automatic Temperature Control


A unique heat-recovery pressure-balancing system achieves more optimized energy utilization.


Employ PID control via the temperature controller to achieve uniform temperature control at each stage.


PID control using OMRON PLCs from Japan, coupled with a touch-screen control system and data acquisition capabilities for PID control, helps us manage and control the kiln more easily, facilitates fault detection, and reduces the likelihood of human error.


A user-friendly interface, coupled with internal PLC control and safeguards, minimizes human error.


Based on years of field maintenance experience, a simple, easy-to-understand, safe, and reliable electrical control system has been designed.


All fan motors are rated at 1 kilowatt or higher and are energy-efficient models.


Zoned thermocouple temperature monitoring and control to minimize temperature variations within the kiln.


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