1. Conductivity glass steel pipe teaching application geographical environment: saturated wet dust behind the flue gas desulfurization tower, temperature as low as 60 ℃, average dust velocity of 3m/s, pH between 1-3, and high helium corrosion concentration value. Long term heat resistance

80 ℃, alkali resistance (nH1-3), helium corrosion resistance, long-term durability, fatigue free, deformation type joint, open type, fiberglass pipe should ensure its verticality and seamless operation. single itemFiberglass manufacturerTotal length vertical angle

The deviation shall not exceed 2mm. The flatness deviation of each pipe axis of the anodizing treatment controller shall not exceed 3mm, and the overall specification deviation of the controller shall not exceed 5mm

2. Geographic environment: Saturated wet dust after flue gas desulfurization, with a temperature as low as 60 ℃, an average dust velocity of 3m/s, and acid corrosion (pH 1-3) and chlorine corrosion. Glass steelAnode tubeDue to the high requirements for characteristics and model specifications, cold extrusion molds have posed significant challenges to the design, production, and processing of fiberglass cold extrusion molds. Our company's high-quality mold materials, manufacturing processes, and mold cores use pre embedded heating tubes, production and processing fixtures, and other technical measures. We also assist consumers with sample testing before shipment, ensuring the successful production and processing of molds on mobile clients. Fiberglass anode tube isWet electrostatic precipitatorKey components on mechanical equipment. As a new type of marketing and promotion advocated by the three departments of the Energy BureauElectrostatic precipitatorMachine equipment has very good industry prospects. Due to low production efficiency, difficult control of product cross-sectional specifications, uneven volume electronegativity, and high assembly difficulty in the latter half of the production process, the traditional fiberglass mold processing technology for fiberglass anode tubes has long been replaced by the production and processing of conductive fiberglass anode tubes using cold extrusion technology. Glass steel cold extruded anode tubes, like rubber products such as Geshan, have the same electrical volume electronegativity, no electromagnetic induction, and no corona discharge. They are used in operating areas with conductivity damage, sensitive mechanical equipment with magnetism, and flammable sites.

Glass steel cold extruded anode tubes have very good economic benefits. The production process of fiberglass cold extruded anode tubes adopts mechanical automation, ensuring stable product quality; During the entire production process, there is basically no waste corner material, and the reasonable utilization rate of raw materials is high. The production and processing are efficient, and the cost of human resources is low. The length of the product can be freely cut by fiber laser according to the needs, and the model specifications can be varied. Fiber laser cutting consumes less.