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The effect of Packaging Design on Product Quality, Value, and Brand Preference – Empirical Findings

DOI : https://doi.org/10.5281/zenodo.19511587
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The effect of Packaging Design on Product Quality, Value, and Brand Preference – Empirical Findings

Govind K.V.(1), Alen Mathew (2), Bibin K.J.(3), Yadhukrishnan D.(5)

B Tech Students Department of Mechanical Engineering, TOMS College of Engineering, Mattakkara Kottayam, Kerala, India

Akilraj. A.S. – Assistant Professor

Department of Mechanical Engineering TOMS College of Engineering, Mattakkara Kottayam, Kerala, India

Dr. Biju Augustine – Professor

Department of Mechanical Engineering TOMS College of Engineering, Mattakkara Kottayam, Kerala, India

Abstract – Product packaging factors takes a dominant role in deciding the marketing strategy. Resent research findings highlight the linkage of the factors of packaging design such as visual dimensions, ease of use, environment friendly packing, protection of inside material, safety and durability of product etc. with the quality, value and brand preference of the product. This paper discusses the results of data analysis. The online product buyers are surveyed with a structed questionnaire and the data collected is analyzed according to pre specified objectives and methodology.

Well – designed packages reflect that merit into product quality also (customers believe so). Moderate link between packaging design and product value is a challenge to the suppliers to inculcate more value addition system. Strong link between packaging design and brand preference is a highlight of good branding strategy by the manufacturers. That strategy has to be continued. Very poor linkage between value and quality of the product raise some questions for detailed investigation. Larger sample size and clear and specific questionnaire tools are recommended for a thorough analysis.

Keywords Packaging Design, Quality, Value, Brand Preference, Ease of Use.

  1. INTRODUCTION

    1. BACKGROUND

      Marketing companies and producers adopt different practices of marketing and sales promotion to attract customers for purchasing their product among various brands. Companies may choose various combinations of offers, such as good quality, attractive price, high value and good services. Adopting high quality and attractive packaging are two important types among these practices [1]. Successful buying happens from effective product display. Thus attractive / good packaging has got a significant role in product display [2]. To gain competitive advantage in markets, producers and sellers take advantage of packaging design. This includes graphics, color and appropriate packaging styles. Studying the linkages

      between packaging design factors and product quality, value and brand preference become an important area of strategic marketing for sustained relationship between buyer and seller. Ample conclusions to improve the marketing is the expected turning point.

    2. PURPOSE OF THIS STUDY AND OBJECTIVES

    This study aims to survey the effect of online purchased products packaging design factors on customers perceived quality, value and brand preference. A framework is developed to investigate the importance of the selected factors on quality, value and brand preference. Packaging design factors are identified from contemporary research literature. Analysis of the online survey data collected and the interpretations may be beneficial to develop effective strategic measures for improving the present way of marketing the products.

    The objectives are stated below:

    1. Investigate the effect of online purchased products packaging design on customers perceived quality, value and brand preference.

    2. Investigate the importance of factors such as quality, value and brand preference on the packaging design.

  2. LITERATURE REVIEW

    Satisfied customers are the strength of a firm for a binding supplier buyer relationship. Branding and packaging are effective measures for promoting the product. Quality of the product and value of the product are inevitable terms for effective customer relationship management. Branding and packaging decisions are closely related, as brands provide an umbrella of quality and reliability offered by the manufacturers to the customers for trusted purchases. A most important factor in marketing is visual packaging design. It may be the display, cover, container, arrangement of products inside or protective shield. This display and array conserve its quality during production, handling, transit, stalking, storage and distribution to final customer [4]

    Research has shown that the attitude of the customer towards the packaging design influences their purchase behavior significantly [3]. This knowledge is the driving force of adopting packaging varieties as a strategic measure. Quality of a product is another thing. Quality is a degree to which product characteristics fulfils the demand [5]. Even though they are two different aspects, integrating both concepts will result in a synergic measure. It is observed that good products seek poor customer attraction due to bad packaging and products of inferior quality succeed due to better packaging design. The conflicting relationship between quality and value makes the idea more complex. Perceived value is the ratio between quality and price. Different customers interpret their perceived value in different manner [6].

    Brand preference means the relative priority for a specific product (belongs to a particular brand) over other brands [7]. The selection leads to a purchase, after some mental exercise. Perceived Value is customers perception of the better position of a service / product quality in than the competitor [8]. Perceived quality is a part of brand equity. The higher the perceived quality, the higher will be the brand equity [9]. Consumers perceived quality cause loyalty to a brand, which increase consumers purchase intention [10]. Mahajan and Vidhani [11] reports that perceived quality influence perceived value, customer satisfaction and purchase intention [12].

  3. HYPOTHESES DEVELOPED FOR THIS STUDY

      1. Linking the Packaging Design with Perceived Quality

        Packaging design include visual dimensions such as color, letter size, pictures, expiry dates, directions, safety instructions, ease of unpacking, disposal of packing material etc. Packaging qualities include attractive, informative, safe and convenient features. People normally think well packed products will have good quality. It is hypothesized below:

        H1: Positive attitude towards the packaging design of online marketed products has a significant effect on the customers perception of its quality.

      2. Packaging Factors and Brand Preference

        Brand determines the identity of a company and distinguishes it from its other competitors. Brand is judged by customers senses, emotions and perceptions [13]. Studies by Veloutsou and Bullester (2019) indicates that the products distributed in packets of different colors and packaging design invited customers focus in differently [14]. Pramod et al. [15] observe that under the situations of not familiarity with a brand, the packaging design influenced the customers in a significant manner. It is hypothesized that:

        H2: Positive attitude towards the packaging design of online marketed products has a significant effect on customers brand preference.

      3. Perceived Value and Packaging Design

        Perceived Vlue is the customers assessment of costs and benefits of enjoying a product or service. Perceived value is positively linked to customers satisfaction. Perceived value and perceived quality are closely related. Research studies

        reported that perceived quality influence perceived value. It is hypothesized that:

        H3: Positive attitude towards the packaging design of online marketed products has a significant effect on customers perceived value.

      4. Linkage between Perceived quality, value and brand preference

        Perceived Value is customers perception of the better position of a service / product quality in than the competitor. Perceived quality is a part of brand equity. Products with high perceived quality will be selected by the consumers than the others. The higher the perceived quality, the higher will be the brand equity.

        To test the influences of quality on perceived value, and perceived value on brand preference, following hypotheses are formulated:

        H4: Customers perception of the quality of online marketed

        products has a significant effect on their perceived value.

        H5: Customers perception of online marketed products value

        has a significant effect on their brand preference

  4. QUESTIONNAIRE, SAMPLING, DATA COLLECTION AND ANALYSIS PLAN

    Online buyers of products are surveyed with questionnaire supplied as google form. Random sampling is followed. Items (total 25 indicators) are phrased on a Five – point Likert Scale. Scores range from 1 to 5. Data collected online. Out of 150 inquiries, 113 complete responses are received. Questionnaire included two parts. Part A collected details of Gender, Age, Education and Occupation status of the respondent, suitably divided into categories. Preliminary descriptives, validity and reliability tests, T-tests and ANOVA and testing of hypotheses using Structural Equation Modeling are uses to analyze the data and to interpret the results.

  5. FRAMEWORK DEVELOPED

  1. Measurement Model and Structural Model

    To test the hypotheses, statistical data collected from the respondents by Google forms and enumerated assisted questionnaire survey. A measurement model and structural model are developed as per structural equation modelling. Fulfilment of statistical requirements are evaluated. Regression line paths of the structural model form the respective hypotheses to be tested. The measurement and structural models are illustrated below:

    Table 1: Hypotheses proposed

    Hypotheses

    Description

    H1

    Packaging design influence quality

    H2

    Packaging design influence value

    H3

    Packaging design influence brand preference

    H4

    Product quality influence value

    H5

    Value and brand preference are associated

    Table 3: Other aspects of packaging design

    Sl. No

    Question

    1

    Packages should be easily openable

    2

    Packaging material should be environment friendly

    3

    Packaging shall protect inside product from leak and damage

    4

    Size is adequate to retain shape and position of product

    5

    Price of the packaging should not be high

    Figure 1: Measurement Model

    Figure 2: Structural Model

    B. SELECTION OF THE INDICATORS

    There are four constructs used in this study. They are:

        • Packaging Design

        • Product Quality

        • Value

        • Brand Preference

    1. Visual Design Factors

      This construct is measured with 8 questions as indicators:

      Table 2: Factors of Visual Design

      Sl. No

      Question

      1

      I prefer colorful packages

      2

      Should follow a color scheme by product related color

      3

      Product packages should have an attractive shape

      4

      The shape of the package should be unique

      5

      The lettering of packets should be large and clear to read

      6

      The price should be visible and easily distinguishable

      7

      Expiry date and list of ingredients must be clearly visible

      8

      Clear and good pictures on the packets to get idea of product

    2. Other aspects of Packaging Design

      They are is measured with the following 5 indicator items:

    3. Product Quality

      Product Quality is measured by asking the following questions:

      Table 4: Product Quality

      No.

      Question

      1

      Products purchased online are found with good quality

      2

      Products distributed online use good colour scheme for packets

      3

      Products use well informed lettering, price display and pictures

      4

      Packaging size, shape and flexibility to retain the product inside

    4. Perceived Value

      Following questions are asked to infer perceived value:

      Table 5: Perceived Value

      No.

      Question

      1

      Good visual display attributes to good quality and add value

      2

      Quality of the packaging add value to the customer

      3

      Convenience in handling the packaging add value to the user

      4

      Economy of packaging add value to the product user

    5. Perceived Brand Preference

      Table 6: Perceived Brand Preference

      No.

      Question

      1

      Branded products use good quality packaging design than non- branded products

      2

      User friendly packaging better followed in branded products

      3

      Eco – friendly packaging better followed in branded products

      4

      Better visual display of packaging is used in branded products

      4. RESULTS

      1. DEMOGRAPHIC DATA

        Figure 3: Gender Statistics

        Out of the 100 respondents, 39 are males and 59 are females.

        Respondents are classified into four groups of age. One respondent belongs to age less than 18, 58 persons belong to age between 18 and 28, 33 numbers in between 26 to 45 years of age and 8 persons are of age above 45.

        Figure 4: Age of the Respondent

        Respondents are classified into four groups according to occupation of respondent (Student- 51, Employees 4, House wives 18 numbers and businessmen 27). Education of respondent is classified into three groups (under graduate 40, Graduate 34 and professional 100).

      2. Normality and Validity of Data

Normality is an important condition for statistical analysis. Normality is tested graphically by plotting the Histogram with normal distribution curve. Kolmogorov Smirnov test is used to confirm normality.

igure: 5: Gender of Respondent

Result of Kolmogorov Smirnov test is illustrated in Table 6. Similar results are obtained for occupation, education and age of the respondent.

a. Test distribution is Normal.

Content Validity means the agreement of the proposed concept with established research or theory. It is established from literature review. Construct validity or Reliability of the items is established from the calculated values of Cronbachs Alpha Reliability values are listed in Table 7.

Table 8: Reliability values of visual display

Corrected Item-Total Correlation

Squared Multiple Correlation

Cronbach’s Alpha if Item Deleted

VD1

.352

.330

.727

VD2

.473

.299

.702

VD3

.470

.469

.703

VD4

.507

.443

.695

VD5

.444

.366

.710

VD6

.390

.430

.719

VD7

.414

.440

.715

VD8

.423

.432

.713

B. Use of Exploratory Factor Analysis (EFA) to reduce the number of items to few numbers

Exploratory Factor Analysis is used to reduce a large number of indicator items to few meaningful constructs. Also EFA is used to confirm the indicator items of a construct are truly representing the same construct. In this study, all indicators are tested with EFA. Some indicators are excluded from the study for not conforming the statistical requirement. EFA procedure of only one construct (Visual Display) is explained here.

There are 8 indicators of visual display, coded from VD1 to VD8. EFA calculates communality of the indicator items. Those with communality less than 0.5 are excluded from the analysis. K -M-O Criterion and Bartlets test for sample adequacy are two necessary conditions to be fulfilled by the indicators. All indicators are found with enough sample adequacy and communality.

Table 9: Sample Adequacy Test

KMO and Bartlett’s Test

Kaiser-Meyer-Olkin Measure of Sampling Adequacy.

.746

Bartlett’s Test of Sphericity

Approx. Chi- Square

235.561

df

28

Sig.

.000

One Sample Kolmogorov Smirnov Test of Normality

Gend er

Age

Occup ation

Education

N

100

113

113

112

Normal Parameters

Mean

1.63

2.48

2.12

1.86

Std.

Deviation

.525

.659

1.225

.804

Most Extreme Differences

Absolute

.369

.357

.330

.258

Positive

.275

.357

.330

.258

Negative

-.369

-.223

-.214

-.182

Test Statistic

.369

.357

.330

.258

Asymp. Sig. (2-tailed)c

.000

.000

.000

.000

Table 7 Normality Test Results

Table 10: Communalities

Communalities

Initial

Extraction

VD1

1.000

.588

VD2

1.000

.504

VD3

1.000

.687

VD4

1.000

.648

VD5

1.000

.582

VD6

1.000

.650

VD7

1.000

.670

VD8

1.000

.615

Extraction Method: Principal Component Analysis.

H2a

No difference in perceptions of product quality by male and females.

> 0.05

occupatio n of the

H2b

No difference in the perceptions of product quality by age groups

< 0.05

responde

nt did not influence the Packagin g design, Quality, Value and Brand Preferenc e.

H2c

No difference in product quality by education levels

> 0.05

H2d

No difference in the perceptions of quality by occupational levels

> 0.05

H3a

No difference in the perceptions of value by male and females

> 0.05

H3b

No difference in the perceptions of value by different age groups

> 0.05

H3c

No difference in the perceptions of value by education levels

> 0.05

H3d

No difference in the perceptions of value by occupational levels

> 0.05

H4a

No difference in the brand preference by men and women

> 0.05

H4b

No difference in the brand preference by different age groups

> 0.05

H4c

No difference in the perceptions of brand preference by education levels

> 0.05

H4d

No difference in the brand preference by different occupational levels.

> 0.05

Factor reduction resulted into two clear factor constructs, as indicated in the rotated factor component matrix shown below:

Rotated Component Matrix

Component

1

2

VD1

-.078

.763

VD2

.206

.679

VD3

.030

.828

VD4

.116

.796

VD5

.753

.122

VD6

.806

.031

VD7

.818

.023

VD8

.780

.082

Extraction Method: Principal Component Analysis. Rotation Method: Varimax with Kaiser Normalization.

Table 11: Factor Loadings

Inicator items VD1, VD2, VD3 and VD4 are loaded into a single construct with high loadings. This construct id termed as VIS1 Color and lettering. Items VD5, VD6, VD7 and VD8 are loaded into a second construct named VIS2 Shape of packing. About 61 percent variability is explained by these two constructs. EFA is conducted in the similar manner for the remaining indicators of Quality, Value and Brand preference. All indicators are reduced to individual single constructs.

C. Testing the Hypotheses using T-Test and ANOVA

Variability within the control groups, namely Gender, Age, Education and Occupation of the respondent are tested with One sample T-tests and One way ANOVA. Overall satisfaction is selected as the dependent variable. Hypotheses test results are summarized in the following table:

Hypo thesis

Statement

Signif icance

Conclu sion

H1a

No difference in the use of product packaging by male and females

> 0.05

The control variables, namely Age, Gender, Educatio

n and

H1b

No difference in the use of product packaging by different age groups

> 0.05

H1c

No difference in the use of product packaging by occupational level

> 0.05

H1d

No difference in the use of product packaging by educational levels

> 0.05

Table 12: Summary of the Hypotheses Tests

One way ANOVA has been conducted for the control variables Education, Age and Occupation of the respondent. No significant differences between groups is observed. We conclude that Education, Age and Occupation of the respondent do not have any significant influence on the use of packaging factors.

E. Application of Structural Equation Modelling

Structural Equation Modelling and Confirmatory Factor Analysis is used to test the pre-conceived theory. A measurement model and structural model is used for testing and conformation of the proposed theory. There are four independent variables, namely Quality, Value and Brand Preference. It is proposed that a good and effective packaging design will have strong influence on the product quality, value and brand preference. Measurement model and structural models are tested with the data collected, and the results are interpreted with path analysis.

Measurement Model

All the constructs are allowed to co-vary freely in the measurement model. The parameters such as NFI, CFI, TLI, GFI (Different types of model fit indices) and statistical validity parameters such as RMR and RMSEA are tested. Overall model fit is assessed with a Chi-square test, for which the significance level below 0.05 is considered as acceptable.

There is strong correlation between Packaging Design, Quality, Value and Brand Preference. All correlations are good. The model fit is established by the Chi-square value of 169.11, with degree of freedom 84, significant at 99 percent confidence level. RMSEA and GFI values are 0.105 and 0.838 respectively. Fit indices, NFI, CFI and TLI are 0.792, 0.880 and 0.898 respectively. Results are lower than the standard figures, but the is reasonable with low sample size (N = 100). The measurement model is accepted and thus proceeded to the confirmatory factor analysis.

Structural Model

Figure 6: Measurement Model

Figure 7: Structural Model

5. CONCLUSIONS

The influence of packaging design on product quality can

Paths coefficients of the structural model explain the acceptance or rejection of the hypotheses stated. Strong loading (coefficient above 0.7) show that the the relationship is strong. Path coefficients give useful inputs for managerial decision making. Following hypotheses are tested:

Table 13: Hypotheses Test Results

Hypotheses

Description

Value

Inference

H1

Packaging design influence quality

0.98***

Strong influence

H2

Packaging design influence value

0.45***

Moderate influence

H3

Packaging design influence brand preference

0.86***

Strong influence

H4

Product quality influence value

0.17***

Weak influence

H5

Value and brand preference are associated

0.65***

Strong influence

A valid Chi-square of 178.73, with 85 degrees of freedom significant at 99.9 percent level confirms model fit. RMSEA value is 0.147. CFI, GFI, NFI and TLI values are between 0.78 and 0.90. RMSEA value of 0.106. Deviation with acceptable values are attributed to the small sample size. Better results with refines values of the fit indices can be expected for a large sample size.

From these results, it is clear that the packaging design contributes to the quality of the items. It is not a string attribute for the improved value to the customer, still the association is moderate. Strong linkage between packaging design and brand preference indicates that the branded companies are already been taken this as an effective strategy for improving the overall product quality. But the linkage between product quality and value is weak. This mean all items of good quality may not give value to the customer. The linkage between value and brand preference is sufficiently good.

be considered by the manufacturers for choosing the product packaging strategy. Well packed / designed packages reflect that merit into product quality also (customers believe so). Moderate link between packaging design and product value has to be considered as a challenge by the manufacturers to inculcate more enriched value addition system.

Strong link between packaging design and brand preference is a highlight of good branding strategy by the manufacturers. That strategy has to be continued. Very poor linkage between value of the product and quality of the product is an area for more detailed investigation. More larger sample size and clear and specific questionnaire tools are recommended for a thorough analysis.

This study used a very small sample size of 100. The results of the structural equation models are affected due to lower sample size. Cross case validations are not performed due to lower sample size. For an accurate and distinct result, a sample size of 300 to 400, with two or three clusters of customers is recommended.

Future Scope: The result has to be checked with a larger sample size for different products such as food items, consumption goods, electronic items etc. Cross case comparisons of the results with control variables such as e- literacy, purchase power, occupation etc.

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