A furniture rotary system having reduced friction, and a piece of furniture comprising such system
A technology for furniture and furniture parts, which is applied in the direction of rotating bearings, furniture parts, transportation and packaging, etc., and can solve the problems of increasing the total cost of furniture parts
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example 1
[0184] By using the test procedure described above, the friction resulting from the application of different lipophilic compositions to anodized painted aluminum profiles was determined. The resulting kinetic friction, ie the mean value obtained from three test series, is recorded and compared with the kinetic friction for an anodized aluminum profile with lacquer but not coated with any lipophilic composition (=control). The results are provided in Tables 1 and 2 below.
[0185] Table 1 - Fatty acids in liquid paraffin
[0186]
[0187]
[0188] MA5% / 10% / 30%=5% by mass / 10% by mass / 30% by mass of myristic acid in liquid paraffin
[0189] PA10% = 10% by mass of palmitic acid in liquid paraffin
[0190] SA10% = 10% by mass of stearic acid in liquid paraffin
[0191] LP = liquid paraffin
[0192] Table 2 - Triglycerides in Liquid Paraffin
[0193]
[0194] TM10% = 10% by mass of glyceryl trimyristate in liquid paraffin
[0195] TP10% = 10% by mass of glyceryl tripa...
example 2
[0204] By using the test procedure described above, the friction generated using liquid paraffin as a coating of the lipophilic composition under different loads (5N, 10N and 20N, respectively) was determined. Increasing load does not result in increased friction. In contrast, the lowest load (5N) showed the highest friction (friction value 0.052 (at 5N) compared to friction value 0.045 (at 10N) / 0.046 (at 20N)).
example 3
[0206] In an additional experiment, a corresponding aluminum strip without any paint was used. The use of 10% by mass of palmitic acid in liquid paraffin as a lubricant on unpainted bars resulted in a kinetic friction of 0.1132, i.e. more than 100% higher than the corresponding kinetic friction obtained with painted aluminum bars (see Table 1; 0.042 and 0.047, respectively).
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