Processing technology of fireproof and heat insulation pine solid door
A processing technology, a technology for solid wood doors, applied in wood processing appliances, wood treatment, impregnated wood, etc., can solve the problems of easy discoloration of paint, easy cracking and deformation, thick surface paint film, etc., to achieve long service life, improve adhesion, smooth surface effect
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Embodiment 1
[0037] A process for processing a fireproof and heat-insulating pine solid wood door, comprising the following steps:
[0038] (1) Process the pine wood into the corresponding shape and size according to the external dimensions of the solid wood door, and then wash away impurities such as sawdust with clean water to obtain the solid wood door blank;
[0039] (2) Put the solid wood door embryo into the electrolyte for electrolytic treatment, the electrolyte is an alkaline electrolyte, add 3 kg of sodium hydroxide electrolyte per 100L of water; the electrolytic treatment is divided into two stages, and the power supply is turned on within 20 minutes. The voltage rises from 1KV to 3KV, and the current rises from 3A to 5A synchronously. After the end, disconnect the power supply, switch the current flow direction, and then raise the power supply voltage from 1KV to 3KV within 20 minutes, and the current synchronously rise from 3A to 5A, and repeatedly switch the current flow direct...
Embodiment 2
[0056] A process for processing a fireproof and heat-insulating pine solid wood door, comprising the following steps:
[0057] (1) Process the pine wood into the corresponding shape and size according to the external dimensions of the solid wood door, and then wash away impurities such as sawdust with clean water to obtain the solid wood door blank;
[0058] (2) Put the solid wood door embryo into the electrolyte for electrolytic treatment, the electrolyte is an alkaline electrolyte, add 4 kg of sodium hydroxide electrolyte per 100L of water; the electrolytic treatment is divided into two stages, and the power supply is activated within 20 minutes. The voltage rises from 1KV to 3KV, and the current rises from 3A to 5A synchronously. After the end, disconnect the power supply, switch the current flow direction, and then raise the power supply voltage from 1KV to 3KV within 20 minutes, and the current synchronously rise from 3A to 5A, and repeatedly switch the current flow direct...
Embodiment 3
[0075] A process for processing a fireproof and heat-insulating pine solid wood door, comprising the following steps:
[0076] (1) Process the pine wood into the corresponding shape and size according to the external dimensions of the solid wood door, and then wash away impurities such as sawdust with clean water to obtain the solid wood door blank;
[0077] (2) Put the solid wood door embryo into the electrolyte for electrolytic treatment, the electrolyte is an alkaline electrolyte, add 5 kg of sodium hydroxide electrolyte per 100L of water; the electrolytic treatment is divided into two stages, and the power supply is activated within 20 minutes The voltage rises from 1KV to 3KV, and the current rises from 3A to 5A synchronously. After the end, disconnect the power supply, switch the current flow direction, and then raise the power supply voltage from 1KV to 3KV within 20 minutes, and the current synchronously rise from 3A to 5A, and repeatedly switch the current flow directi...
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