Synthetic leather pressing treatment powder, and preparation method thereof
A technology of synthetic leather and nylon powder, which is applied in textiles and papermaking, can solve the problems of poor stability of base color and poor surface effect control, and achieve the effect of saving processing costs and ensuring processing quality
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0025] Nylon powder, aluminum distearate and white carbon black are respectively coarsely crushed through a 30-type pulverizer, and sieved with 60 mesh. The nylon powder, aluminum distearate, and white carbon black are roughly crushed in a ratio of 15:50:35 and put into the mixer for mixing and mixing to form a mixed raw material. The output rate of the mixer is 100kgs / 30 minutes .
[0026] The mixed raw materials are put into the feeding tank, and then sent to the jet mill through the feeding pot for fine powder processing. The inlet air temperature is 2°, the jet mill speed is 4500 rpm, and the jet mill discharge rate is 20kgs / 60 minutes.
[0027] The particle size of the obtained synthetic leather compressed powder is D50=6um.
[0028] The synthetic leather compression powder prepared by the above steps is added to the synthetic leather compression treatment agent prepared by the industrial solvent formula, and the synthetic leather is subjected to dry compression processing: the...
Embodiment 2
[0030] Nylon powder, aluminum distearate and white carbon black are respectively coarsely crushed through a 30-type pulverizer, and sieved with 60 mesh. The nylon powder, aluminum distearate, and white carbon black are coarsely crushed into the blender at a ratio of 25:40:35 for mixing and mixing to form mixed raw materials. The output rate of the blender is 100kgs / 30 minutes.
[0031] The mixed raw materials are added to the feeding tank, and then sent to the jet mill through the feeding pot for fine powder processing. The inlet air temperature is 2°, the jet mill speed is 4500 rpm, and the jet mill discharge rate is 25kgs / 60 minutes.
[0032] The particle size of the obtained synthetic leather compressed powder is D50=7um.
[0033] The synthetic leather compression powder prepared by the above steps is added to the synthetic leather compression treatment agent prepared by the industrial solvent formula, and the synthetic leather is subjected to dry compression processing: the compr...
Embodiment 3
[0035] Nylon powder, aluminum distearate and white carbon black are respectively coarsely crushed through a 30-type pulverizer, and sieved with 60 mesh. The nylon powder, aluminum distearate, and white carbon black are coarsely crushed into the blender at a ratio of 25:45:30 for mixing and mixing to form mixed raw materials. The output rate of the blender is 100kgs / 30 minutes.
[0036] The mixed raw materials are added to the feeding tank, and then sent to the jet mill through the feeding pot for fine powder processing. The inlet air temperature is 2°, the jet mill speed is 4500 rpm, and the jet mill discharge rate is 30 kgs / 60 minutes.
[0037] The obtained synthetic leather compression powder has a particle size of D50=8um.
[0038] The synthetic leather compression powder prepared by the above steps is added to the synthetic leather compression treatment agent prepared by the industrial solvent formula, and the synthetic leather is subjected to dry compression processing: the comp...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 