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Release Agent Mixer
The dilution ratio can be adjusted freely between 40 and 150 times, depending on the customer’s product requirements, and the operation is simple and convenient.
Mold release agent recovery device
Mold release agents are water-based solutions that are essential for mold cooling and product demolding in die casting production. Typically, large quantities of mold release agent are sprayed onto the mold. Some of this agent evaporates at high temperatures, some adheres to the mold surface and gets consumed during use, while another portion flows beneath the mold, eventually entering the wastewater system via drainage channels or being directly discharged. This not only leads to high costs for wastewater treatment but also causes environmental pollution. Moreover, since a significant portion of these mold release agents contains substantial amounts of active ingredients, it results in considerable resource wastage. Our company’s newly developed mold release agent recovery device effectively addresses the core challenges—such as removing impurities, eliminating odors, and removing oil—that have long hindered the recycling and reuse of mold release agents, thereby significantly reducing your company’s production costs and minimizing environmental impact.
ALM-type Aluminum Central Melting and Holding Furnace
The ALM-type aluminum centralized continuous melting furnace is a high-quality furnace designed to supply molten aluminum. During continuous melting, it maintains a stable molten aluminum temperature with minimal fluctuations—typically within a range of ±5 degrees Celsius. A partition wall is installed between the tapping chamber and the holding chamber, effectively isolating any floating slag generated during melting. This ensures that the quality of the molten aluminum in the tapping chamber remains consistently high, thereby enhancing the overall product quality. This furnace is widely used for supplying molten aluminum to multiple casting machines of the same alloy grade, as well as for automotive parts die casting and as a complementary unit for large-scale die casting machines.
New-type tower-type centralized melting and heat preservation furnace
Zinc alloy centralized melting furnace
Zinc-aluminum automatic soup-mixing line
Pool-type electric thermal storage furnace
SPM-type pool-type electric thermal insulation furnace
The JBL tower-type side-melting and holding furnace is a high-quality furnace designed for supplying molten aluminum. When operating in continuous melting mode, it maintains a stable molten aluminum temperature with minimal fluctuations—typically within a range of ±5°C. A partition wall is installed between the tapping chamber and the holding chamber, effectively isolating any floating slag generated during melting. This ensures that the quality of the molten aluminum in the tapping chamber remains consistently high, thereby enhancing the overall product quality. This furnace is widely used for supplying molten aluminum to single-machine aluminum alloy casting lines of multiple grades, as well as for automotive parts die casting and as a complementary unit for large-scale die casting machines.
ALTM-type electric crucible furnace
The ALTM-type electric crucible furnace is a specialized piece of equipment designed for the melting and holding of aluminum alloys, undertaking both the melting and heat-preserving functions for these alloys. Compared to conventional electric crucible furnaces, its primary energy-saving approach lies in reducing surface temperature losses and enhancing the efficiency of heat transfer between the heating elements and the crucible, thereby lowering energy consumption and achieving an effective energy savings of 25%. In practical applications, crucible-type furnaces offer advantages such as rapid start-up, simple maintenance, low aluminum melt loss, low energy consumption, and a long service life.
D-type resistance crucible melting and holding furnace
ALTM80KG Electric Crucible Experimental Furnace
The ALTM80KG electric crucible experimental furnace is primarily used for scientific research and product prototyping. The furnace body is integrated with the control system, making it easy to move. In practical applications, it offers advantages such as fast heating speed, simple maintenance, low aluminum melt loss, low energy consumption, and a long service life.
ALTMT-type electric crucible furnace
The ALTMT-type electric crucible furnace is a specialized piece of equipment designed for the melting and holding of aluminum alloys, responsible for both melting and maintaining the temperature of these alloys. This furnace features an elliptical crucible. In practical applications, crucible furnaces offer advantages such as rapid start-up, simple maintenance, low aluminum melt loss, low energy consumption, and long service life.
JRS-type Impregnated Electric Heating Furnace
The JRS electric thermal insulation furnace is an immersion-type, highly efficient electric thermal insulation furnace used in the mid-to-high-end die-casting industry.
Y-shaped gas crucible furnace
Ultra-energy-efficient dual-thermal-storage gas furnace
Aluminum melt refining and degassing machine
ALYM-type gas crucible furnace / ALOM-type oil-fired crucible furnace
JTS Energy-Saving Gas Crucible Furnace
The JTS energy-saving gas crucible furnace is a reciprocating combustion crucible furnace that employs two honeycomb heat accumulators and a dual-heat-exchanger, dual-combustion system to alternate between heat storage and heat release. The switching is triggered by time and exhaust gas temperature, resulting in high efficiency and low energy consumption. It achieves energy savings of 20-25% compared to single-burner energy-saving gas crucible furnaces. This furnace boasts advantages such as rapid startup, simple maintenance, low aluminum melt loss, and a long service life.
GAL-type pool-type gas thermal storage furnace
This furnace is designed as a specialized gas-fired insulation device with an aluminum alloy frame. It features a pool-type structure cast using imported non-stick aluminum casting material, eliminating the need for a crucible. It boasts advantages such as long service life, strong heating capability, low surface temperature, low energy consumption, and ease of operation.
QX-type inclined crucible furnace
