1, should be reasonable selection of goods on the pull bearing. To avoid horizontal movement of goods, pull bearing should be as low as possible; Used to avoid goods overturning, pull azimuth can be appropriately higher. The main methods of using hot plating wire pulling reinforcement are: figure eight, backward figure eight, cross, and shape or shape and so on. All kinds of pulling methods can be used alone, or two or more kinds of combination. Tension may be symmetric.
2. When pulling and strengthening, the single or double strand galvanized iron wire is reciprocated between the two tied knots of goods and vehicles, and the galvanized iron wire should be pulled tight to make the tightness of each strand common, and some of the rest are crossed around their own rope rod, and the rest are fastened with the cutter, and the tail is toward the car. Note: do not damage galvanized iron wire when twisted tightly. Stop using more than two strands of galvanized iron wire around the operation method. The diameter of galvanized iron wire for pulling shall not be less than 4mm, and the diameter of galvanized iron wire for binding shall not be less than 2.6mm.
3, galvanized iron wire shall not be used for waist hoop pressure reinforcement, usually not used as a whole binding. Warehouse galvanized wire is mainly used to block and distinguish regional function, warehouse galvanized wire is one of the primary use ways of galvanized wire. Layout characteristics: layout: pillar + net frame, the columns to choose multiple square steel pipe, galvanized wire frame also small square tube as material, columns and net frame corresponding to the bearing are welding the connecting bolts, columns and net frame after the bolt is fixed on the connecting bolts, stud welding plate, at the bottom of the column base plate fixed through bolts and the ground.
4. In order to locally remove the surface film layer and surface inclusions from the surface of the deposited layer, the defects can be found and treated by conventional technology; Excess lather is caused by soap and saponizable fatty surfactants introduced into the tank. A moderate rate of foam formation may be harmless. The presence of small homogeneous particles with large denier in the tank liquid can stabilize the foam layer, but the accumulation of too many solid particles may cause an explosion. The use of activated carbon MATS to remove the surface active material, or filtration to make the foam less stable, are effective measures; Other measures should also be taken to minimize the introduction of surfactant.
Post time: 28-07-21
