DF Series x MFB Gas Burner l หัวเตาอินฟาเรดแก๊สเปลวไฟสองหน้า - สำหรับอุ่นร้อนโมลด์การหล่ออลูมิเนียม

DF Series x MFB Gas Burner l หัวเตาอินฟาเรดแก๊สเปลวไฟสองหน้า - สำหรับอุ่นร้อนโมลด์การหล่ออลูมิเนียม
Preheating the mold before starting gravity and low-pressure die casting idie casting is crucial for ensuring high-quality castings, reducing mold wear, enhancing metal fluidity, minimizing defects, and improving production efficiency.
Gas heating offers higher heat output, versatility for larger molds, and wider range of materials. Electric heating provides precise temperature control, energy efficiency, and enhanced safety. The choice between gas and electric heating depends on factors such as the specific requirements of the casting process, mold size, available infrastructure, and energy costs.
PYROprecision offers surface combustion technologies that provide customers with three different flame configurations: IR-RED ® FLAME, PUR-BLUE ® FLAME, and HYBRID ® FLAME. These configurations can be custom designed to meet the specific requirements of each customer's equipment.
Dual-Side Firing or DF SERIES allows for the operation of both top and bottom firing in a single burner. This offers a significant advantage for mold preheating applications that require flames at both the top and bottom of the gravity or low pressure dia casting machine.
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Using an IR-RED ® FLAM infrared gas burner for preheating moldscan offer several benefits:
1. Efficient Heat Transfer : Infrared gas burners emit intense heat in the form of infrared radiation. This radiation directly heats the surface of the mold, ensuring efficient heat transfer. The focused heat from the burner can rapidly raise the mold temperature, reducing preheating time and increasing overall production efficiency.
2. Uniform Heating : Infrared gas burners provide uniform heating across the mold surface. This helps to eliminate temperature gradients within the mold, ensuring consistent and uniform heat distribution. Uniform heating is essential for achieving consistent casting quality and minimizing defects.
3. Precise Temperature Control : Infrared gas burners offer precise temperature control during the preheating process. This allows for accurate temperature management, ensuring that the mold reaches and maintains the desired preheating temperature. Precise temperature control helps to optimize casting conditions, leading to higher quality castings.
4. Reduced Energy Consumption : Infrared gas burners are known for their high energy efficiency. They convert most of the input energy into infrared radiation, minimizing heat loss. This energy efficiency can lead to lower energy consumption during the preheating process, resulting in cost savings and environmental benefits.
5. Reduced Mold Oxidation : Infrared radiation heats the mold surface without direct contact or flame impingement, reducing the risk of mold oxidation. This is particularly important for molds made of materials prone to oxidation, such as aluminum. By minimizing oxidation, the life of the mold can be prolonged, leading to cost savings and improved production efficiency.
6. Quick Start-up and Shutdown : Infrared gas burners have fast start-up and shutdown times, allowing for quick mold temperature adjustments. This flexibility is beneficial for processes that require frequent mold changes or adjustments in temperature, enabling faster production turnaround times.
All of PYROprecision's productss are manufactured in Thailand.
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ข้อมูลทางเทคนิค

KKS Code : MFB115-40-DF
Cataory : DF Series
Flame Structure : MERCURY-BLUE ® FLAME - This perforation leads to a more homogeneous combustion for both radiant and high-intensity blue flame modes and allows for a smooth-transition between both modes with an extended turn-down ratio.
Application :
- Preheating molds for aluminum castings
- Reduce preheat gas consumption in gravity process
Online Info : https://www.ppinfrared.com/df-series-burners