Crisper glass electric melting furnace
Heat-resistant glass crisper, made of high borosilicate glass material, is also recognized as a good fresh-keeping box, as consumers pay more attention to health, people pay more attention to whether the material used in the crisper itself is healthy.
Solar tube glass electric melting furnace
The all-glass vacuum solar collector tube is composed of an inner glass tube with a solar selective absorption coating and a coaxial cover glass tube. The inner and outer tube interlayers are pumped into a high vacuum, which is used to collect solar heat to heat the fluid medium in the tube. Device. A number of all-glass vacuum solar collector tubes must be regularly arranged in an array and assembled with headers, tailstock and reflectors to form a solar collector. It forms a split solar water heating system with circulating pipelines, water storage tanks and other components. [1]
Medicine bottle glass electric melting furnace
The advantages of glass medicine bottles: this kind of products not only have good water resistance, acid resistance and general alkali resistance, but also have good thermal stability, certain mechanical strength, smooth, transparent, easy cleaning and disinfection, high barrier, easy sealing and a series of advantages, can be widely used in the packaging of various pharmaceutical preparations.
Coffee pot glass electric melting furnace
The high-borosilicate glass coffee pot is produced in specialized electric melting furnaces. This method is critical, as it provides the ultra-high temperatures and exceptionally clean, controlled atmosphere required to achieve the material's outstanding chemical purity and homogeneity. The resulting glass offers superior thermal shock resistance for safe brewing, excellent clarity, and enduring stability, making it an ideal, durable choice for daily coffee preparation.
PAR light glass electric melting furnace
The PAR light lens, crafted from high-performance borosilicate glass, is formed in precision electric melting furnaces. This advanced process is essential, as the furnace's intense, controllable heat ensures the material achieves the outstanding homogeneity, optical clarity, and thermal stability required. The result is a lens with superior heat resistance, high light transmittance, and excellent structural integrity, enabling reliable performance and precise beam control in demanding stage and studio lighting.