LDE hyperboloid bending steel furnace LDB single plane bending steel furnace steel furnace Landglass

Steel furnace _LD-BL continuous bending steel furnace steel furnace _ Landglass provided by Randy machines. Tempering Furnace | Landglass steel furnaces | LD-E double-curved bending steel furnace is Randy Luoyang Glass Machinery Co., Ltd. (www.landglass.com) 2014 has been newly upgraded machines introduced Randy to OMRON photoelectric switch selected the company's products , model E3S-5DE4; the products are divided into two parts, transmitting and receiving, respectively, ↑ (emission) and ↓ (receive) flag. There are green (STABILITY) and red (LIGHT) and a sensitivity adjustment knob on top of the receiving part. Photoelectric switch adjustment method is as follows: 1, with a 50 × 400mm size of 4mm glass on the rollers, adjust the height of the photoelectric switch, the glass just in photoelectric switch (receive and transmit the same) in an intermediate position; 2, adjust the photoelectric switch the receiving end and the transmitting end, it ends just opposite, not about dislocation, and at the same level; 3, adjust the receiver sensitivity knobs to have the green light when the glass between photoelectric switches, red light off; when no glass green light and the red light at the same time; 4, glass photoelectric switch positions by the release of the adjustment, and the glass in any position between the photoelectric switches, photoelectric switches are in line with the reaction described in 3; 5, to meet the above conditions are normal when the transmitter red light on or off are considered normal. Fourth, steel embossed glass embossed glass, interior decoration mainly used for residential, partitions, bathrooms, doors and windows of the house bottom with translucent instead of transparent shaped features. Embossed glass surface irregularities, generally patterned glass is embossed on one side, when the steel needs to be embossed surface (convex surface) is facing up, smooth side down, and then into the oven heated to avoid the roller surface of quartz damage. Because of the uneven embossing face reflects heat to reduce the absorption increases, the temperature of the glass rises too fast, compared with ordinary white glass, the heating time reduced by approximately 5%, and because of embossed glass thickness non-uniformity ( difference in thickness up to 0.8mm), quenching pressure will be reduced. For example, when embossed glass and steel 5mm thickness, quenching pressure than ordinary flat glass to reduce the 10 ~ 20mmHg.