Optimization of plasma treatment parameters to improve the wood-coating adhesion strength using Taguchi integrated desirability function approach

Hazır, Ender; ŞEKER, Sedanur; Koç, Küçük; Dilik, Tuncer; Erdinler, Emine Seda; Öztürk, Emel

doi:10.1080/01694243.2020.1816668

Cited by 9 publications

(9 citation statements)

References 56 publications

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“…It has also been found in the literature that the plasma modification process changes the adhesion strength and the parameters of the plasma treatment process have an effect on the adhesion strength, and this is similar to the results of the present study. [ 48 , 50 , 51 , 53 , 64 , 65 ]. In addition, it has been found in the literature that the conditions of heat treatment are also effective on the adhesion strength and this is similar to the results of the present study.…”

Section: Discussionmentioning

confidence: 99%

“…According to literature studies show that plasma application factors such as treatment speed, working distance, pressure, application time, power, and frequency were effective in changing the characteristic properties of the material surface. In addition to these, the properties vary with the geometry and frequency of the electrode induced by plasma and corona discharge [ 47 , 48 , 49 , 50 , 51 , 52 , 53 ].…”

Section: Introductionmentioning

confidence: 99%

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Improvement of Heat-Treated Wood Coating Performance Using Atmospheric Plasma Treatment and Design of Experiments Method

Hazır

2021

Polymers

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The aim of this work is to improve the heat-treated wood coating performance using experimental design methodology and air–plasma treatment. Firstly, two different heat treatment processes were applied to the wood samples. In the second stage of the study, air–atmospheric plasma treatment was applied to heat-treated samples. These samples were coated with water-based varnish. Adhesion strength and colour change values of these samples before and after the artificial weathering test were measured. The design of experiments method was used to investigate the significant factors. The heat treatment process (212 °C—1 h and 212 °C—2 h) and atmospheric plasma treatment parameters (pressure, distance, and feed) were selected as independent variables, while adhesion strength and colour change were determined as dependent variables. The factors affecting the surface coating performance before and after the artificial weathering test were evaluated by analysis of variance (ANOVA) and Pareto plot. In addition, the factor levels that maximise the adhesion strength value and minimise the colour change were found using the multiobjective optimisation technique. According to the multiobjective optimisation method, results of treatment feed, working distance, and pressure of 60 mm/s, 7.69 mm, and 1 bar were considered as optimum plasma treatment conditions, respectively, for heat treatment process A. Corresponding values for the heat treatment process B were 60 mm/s, 10 mm, and 2 bar.

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Improvement of Heat-Treated Wood Coating Performance Using Atmospheric Plasma Treatment and Design of Experiments Method

Hazır

2021

Polymers

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“…Additionally, considering the elastic properties of the wood-derived materials used, the researchers used an experimental design method to determine the optimum number of hinges and the distance between them. The experimental design method has begun to be used in many areas where wood and wood-based materials are used (Hazir et al 2019;.…”

Section: Introductionmentioning

confidence: 99%

Analysis of strength, durability, stability, and fatigue parameters of furniture doors and drawers using engineering design method

Seker,

Erdinler,

Erdil

et al. 2024

BioRes

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Mechanical behavior properties were investigated for cabinet-type cabinet doors in kitchen furniture and drawer bottoms and joints used as storage areas under load in accordance with relevant standards (BS EN 16122). In the first stage, values physical and mechanical for particle board (PB) and medium-density fiberboard (MDF) were determined. According to the test results in the second stage, it was determined that the doors assembled using a torque of 1.3 N/m in the door tests were less deformed than those assembled with 0.63 N/m. According to the finite element analysis and real test results carried out in the final stage, it has been determined that the vertical loading analysis applied on the doors coincides with the real experiments by 85%, horizontal loading by 84%, and slam shut by 50%. The doors didn’t pass the final stage durability test in real experiments, and the analysis results revealed that the deformation areas were the same as for real experiment. In the drawers; strength 85%, displacement 84%, and slam shut 94% overlap are represented. The drawers completed the durability test in real experiments, and in the analysis, it was determined that the deformation that occurred under high stresses was in the same areas.

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“…Plasma treatments can be carried out at atmospheric pressure or in reactors operating in a vacuum. In the literature, it was reported that low‐temperature plasma treatment of textile materials has been investigated for many purposes, namely, an increase in surface adhesion, 5 improvement of hydrophobicity, 6 improvement of wettability and dyeability, 7 surface modification, 8 increase in shrinkage properties, 9 wicking 10 and anti‐felting properties 11 . These studies have revealed that plasma treatment leads to chemical and physical surface modification of the fibres such as etching, cross‐linking, grafting of chemical functional groups and activation 12 …”

Section: Introductionmentioning

confidence: 99%

Natural dyeing of air plasma‐treated wool fabric with Rubia tinctorum L. and prediction of dyeing properties using an artificial neural network

Eyüpoğlu

Merdan

et al. 2023

Coloration Technology

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In this study, the ecological dyeing process of wool fabrics was investigated. Wool fabric samples were treated with atmospheric pressure plasma‐jet and corona discharge plasma to modify the surface to make the process sustainable and greener. The samples were dyed with the aqueous extract procured from the powdered roots of Rubia tinctorum L. (madder) using the ultrasonic‐assisted method. Scanning electron microscopy and Fourier Transform–infrared analysis were performed to investigate the effect of plasma treatment on the physical and chemical properties of wool fibres. The effects of plasma treatment type, plasma treatment parameters and the duration of dyeing on colorimetric and fastness properties were investigated. The etching of the wool fibre surface and roughness after plasma treatment were proven with scanning electron microscopy images. The Fourier Transform–infrared spectra showed that no significant differences in the functional groups of wool fibre occurred after plasma treatment. The experimental results proved that plasma treatment parameters and dyeing time had an effect on the colorimetric and fastness properties of the samples. Furthermore, an artificial neural network model was proposed for estimating the dyeing properties of wool fabrics, namely, L, a, b, K/S, colour change, rubbing fastness (dry) and rubbing fastness (wet). The experimental results show that the proposed model achieves regression values greater than 0.97 for all dyeing properties. The proposed model is successful and can be efficiently used for estimating the dyeing characteristics of wool fabrics.

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Optimization of plasma treatment parameters to improve the wood-coating adhesion strength using Taguchi integrated desirability function approach

Cited by 9 publications

References 56 publications

Improvement of Heat-Treated Wood Coating Performance Using Atmospheric Plasma Treatment and Design of Experiments Method

Improvement of Heat-Treated Wood Coating Performance Using Atmospheric Plasma Treatment and Design of Experiments Method

Analysis of strength, durability, stability, and fatigue parameters of furniture doors and drawers using engineering design method

Natural dyeing of air plasma‐treated wool fabric with Rubia tinctorum L. and prediction of dyeing properties using an artificial neural network

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