Pipeline galvanized sheet insulation construction, pipeline aluminum silicate insulation manufacturer

Pipeline galvanized sheet insulation construction, pipeline aluminum silicate insulation manufacturerInstallation Standard

Aluminum silicate pipeline insulation material is made of fused alumina stone melted and blown at a high temperature of 2000 degrees Celsius, combined withchemical compositionMade by rolling tubes and high-temperature baking. The made shell can withstand high temperatures of up to 1200 degrees, and its stable chemical properties prevent it from rotting for a long time. It does not ignite when exposed to high temperatures and has no harmful gases. Aluminum silicate tubes have excellent insulation effects in high-temperature medium pipeline insulation, and have won recognition from a large number of users.

It is a pipeline with insulation function. Aluminum silicate pipeline insulation material is mainly used for the insulation of internal insulation layers of pipeline equipment such as steam pipe insulation, thermal oil insulation, hot water insulation, and high-temperature tank insulation. Aluminum silicate is simple and fast in construction and is widely used.

Aluminum silicate pipes, blankets, boards and other profiles are used for insulation installation. The longitudinal joints of horizontal pipes should be located on the left and right sides of the pipe axis, and the longitudinal joints should be avoided from being left at the top of the pipe as much as possible. When the pipeline is insulated in multiple layers, the vertical seams should be staggered by 15 centimeters, and the circumferential seams should be staggered by no less than 10 centimeters. Each layer of aluminum silicate products should have at least two galvanized iron wires tied in a circular pattern with a distance of more than 10 centimeters from the end of the insulation material. After tightening, the wire head should be embedded in the longitudinal seam of the insulation layer. During the construction of the main insulation layer of the elbow, the bending point begins to divide the insulation pipe shell into several equal parts according to the bending angle and R size, and cut them into fan-shaped blocks. The cutting surface should be flat and the size should be accurate. The installation of the three-way insulation layer is determined by the cutting shape of the insulation pipe shell according to the position of the branch pipe and the insulation pipe shell, and then firmly tied with galvanized iron wire.

3. Production and installation of galvanized iron sheet protective layer.

After the acceptance of the pipeline insulation layer is qualified, it is measured with a steel tape measure, （Cut multiple parts outside the insulation pipeline according to the size of the outer circumference of the insulation layer）Determine the cutting length and use iron scissors to cut it into blocks. During cutting, a 5cm extension is required for the lap joint. After processing, the lap joint is made by pressing grooves on an electric edge press machine. Then, the finished lap joint is placed on a pre adjusted circumference roll machine using a rolling machine. It is important to note that the diameter should not be rolled too small or too large. After completing the above work, the iron sheet installer will fasten it onto the insulated pipeline, and through processes such as fastening, drilling, and fixing with rivets, create a beautiful and practical insulation project.

To achieve the insulation effect and service life,Pipeline galvanized sheet insulation construction, pipeline aluminum silicate insulation manufacturerAttention should be paid during construction: the pipeline should be tightly attached to the insulation layer when fastened with a rope tensioner, the spacing between drilling holes should be kept at around 20 centimeters, and the outer protective layer should overlap in the direction of water closure