Views: 5 Author: Site Editor Publish Time: 2021-07-16 Origin: Site
he polyurea spraying machine includes the main engine, spray gun, feed pump, feed pipe, A component, R component, heating hose and many other parts, which must be connected reasonably to ensure the smooth completion of the spraying operation.
The two lifting pumps are respectively inserted into the industrial vat containing the A component and the R component, and the material enters the host from the lifting pump with the feeding pipe, and the volume ratio of the host is controlled by a precise metering pump to be 1:1, and it is accepted at the same time The heating and pressurization of the host. After that, the material flows out of the main engine, passes through the heat-preserving hose, and reaches the spray gun. After pulling the trigger, it passes through the filter from each direction and hits and mixes in the mixing chamber at high pressure, and then sprays out at high speed, receiving compressed air at the nozzle to form a uniform fan shape. Or round material surface, sprayed on the steel pipe to solidify and form.
When the polyurea spraying machine is not working for a long time, in order to prevent the A and R material vat and the suction pump from contacting with moist air to crystallize, solidify, and deteriorate, it is necessary to remove the A and R material suction pump from the 200L vat and insert it into the tank. In the protective cover with cleaning agent, at the same time, fill the barrels of A and R materials with nitrogen and seal them. Turn off the host, but do not turn off the air compressor and the A and R feed ball valves. When the feed pump is working normally, after finishing the construction (experiment) with DOP lotion, continue to use DOP for cyclic cleaning. After the cleaning, the remaining liquid is sealed in the feeding pipe. In the cyclic cleaning, the cleaning solution is 20kg and the pressure is 3~5MPa for 30min, and the cleaning is carried out in 3 times. Cover the machine protective net cover and store it in a fixed warehouse.
CNMC-6528 High-Pressure Airless Sprayer: Solves the Three Major Pain Points of Coating—Slow, Costly, and Rough
CNMC-H700 Sprayer: A benchmark in multi-scenario spraying solutions, featuring revolutionary hydraulic drive technology.
Winter CNMC-A25 Polyurea Sprayer and Supporting Equipment Depart for Canada
Spray Polyurethane Machines: A New Choice for Insulation in Workshop Buildings!
Professional Spray Equipment Operation Guide: Standardized Procedures for Enhanced Construction Quality
CNMC-500L Hydraulic Polyurea Sprayer: The Reliable Choice for Professional Construction
CNMC-HP10 Multi-Functional Sprayer: The Preferred Choice for Building Insulation and Industrial Spraying ApplicationsThe CNMC-HP10 has been specifically engineered to address the inherent safety hazards, uneven coating application, low efficiency, high labour intensity, substantial costs, and dust p
In-Depth Analysis of Pneumatic and Hydraulic Spray Machines: From Model Specifications to Application ScenariosAs core equipment for spraying polyurethane, polyurea and similar materials, spray machines are categorised into pneumatic and hydraulic types based on their
The efficient operation of a spray machine depends not only on the performance of the equipment, but also on proper operation and scientific maintenance. This article summarizes key usage points and maintenance techniques to help users avoid malfunctions and ensure smooth construction.Before using t
Polyurethane materials are renowned for their excellent insulation properties, and when combined with a spray machine, they enable efficient construction. Rigid polyurethane foam has a closed-cell density of 35-40 kg/m³, making it suitable for insulation applications in buildings, containers, cold s