The effect of the notional interest deduction on the ...
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UNIVERSITEIT GENT
FACULTEIT ECONOMIE EN BEDRIJFSKUNDE
ACADEMIEJAAR 2008 – 2009
The effect of the notional interest deduction on the dividend policy of
Belgian corporations
Masterproef voorgedragen tot het bekomen van de graad van
Master in de Toegepaste Economische Wetenschappen
Gertjan Janssens
Stefanie Remue
onder leiding van
Prof. Dr. Philippe Van Cauwenberge
UNIVERSITEIT GENT
FACULTEIT ECONOMIE EN BEDRIJFSKUNDE
ACADEMIEJAAR 2008 – 2009
The effect of the notional interest deduction on the dividend policy of
Belgian corporations
Masterproef voorgedragen tot het bekomen van de graad van
Master in de Toegepaste Economische Wetenschappen
Gertjan Janssens
Stefanie Remue
onder leiding van
Prof. Dr. Philippe Van Cauwenberge
Permission Ondergetekenden verklaren dat de inhoud van deze masterproef mag geraadpleegd en/of
gereproduceerd worden, mits bronvermelding.
Gertjan Janssens
Stefanie Remue
I
Preface Writing this master dissertation has not always been easy. Special thanks go to our
promotor, Prof. Dr. Philippe Van Cauwenberge for his time, expertise and useful additions to
our paper. We would also like to express our gratitude to his assistant, Katrien Kestens, for
her support and guidance. Moreover, also our friends deserve a special thank for their moral
support. Last but not least, we owe our parents for all the opportunities they gave us in life.
May 2009,
Gertjan Janssens
Stefanie Remue
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Table of content
List of used abbreviations ................................................................................................................................ III
List of tables............................................................................................................................................................ IV
Abstract.......................................................................................................................................................................1
I. Introduction ..........................................................................................................................................................2
II. Description of the notional interest deduction ..................................................................................3
III. Allowances for Corporate Equity.............................................................................................................4
IV. Literature Overview.......................................................................................................................................5
Finance theories..........................................................................................................................................5
Dividend theories .......................................................................................................................................6
Hypotheses ....................................................................................................................................................7
V. Effect of NID on MTR: example...................................................................................................................9
VI. Sample Description...................................................................................................................................... 13
Dependent variables .............................................................................................................................. 14
Independent variables .......................................................................................................................... 15
VIII. Results ............................................................................................................................................................ 15
Descriptive Statistics ............................................................................................................................. 15
Regression Results.................................................................................................................................. 18
IX. Conclusion........................................................................................................................................................ 21
References .................................................................................................................................................................V
III
List of used abbreviations
ACE Allowances for Corporate Equity
Belgian GAAP Belgian Generally Accepted Accounting Principles
CBIT Comprehensive Business Income Tax
MTR Marginal Tax Rate
NBB National Bank of Belgium
NID Notional Interest Deduction
NPV Net Present Value
OLO Obligation Linéaire - Lineaire Obligatie
R&D Research and Development
SME Small and Medium-sized Enterprises
TLCF Tax-Loss Carryforward
IV
List of tables
Table 1: Example: Initial Situation.............................................................................................................. 10
Table 2: Example: Adding Interest Cost ................................................................................................... 11
Table 3: Example: Initial Situation with NID.......................................................................................... 11
Table 4: Example: Adding Interest Cost ................................................................................................... 12
Table 5 Panel A: Descriptive Statistics...................................................................................................... 16
Table 5 Panel B: Industry Distribution. .................................................................................................... 16
Table 6 Panel A: Correlation Matrix ........................................................................................................... 17
Table 6 Panel B: Tolerance Levels............................................................................................................... 17
Table 7: Regression Analysis ......................................................................................................................... 19
Table 8: Regression Analysis ......................................................................................................................... 20
1
Abstract
This paper studies the impact of the notional interest deduction (NID) on the
dividend policy of privately held small and medium-sized enterprises in Belgium for 2007.
We use simulated marginal tax rates to incorporate the effect of the notional interest
deduction. Controlling for independent variables typically related to dividend policy
(maturity, growth opportunities, leverage, profitability, failing/non-failing), we find a
marginally significant relation between the NID and the dividend policy of Belgian
corporations.
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I. Introduction
The purpose of the notional interest deduction is on the one hand, to promote
Belgium as a ‘headquarterland’. On the other hand, the NID aims to narrow the
discrimination between financing with equity capital or with loan capital. It could be
expected that this results in an improvement of the financial position of companies, due to
an increase in their equity. The NID is a yearly deduction of a fictitious interest from the
earnings of a corporation. The NID is calculated as the adjusted shareholders’ equity
multiplied by a fictitious interest rate.
This paper studies the impact of the notional interest deduction on the dividend
policy of privately held SMEs in Belgium. The NID was introduced in 2005. While there are
numerous studies dedicated to corporate dividend policy, only very few discuss the dividend
policy of privately held companies (Deloof et al., 2008). Furthermore, there has been no
study about the impact of the NID on the dividend policy of privately held SMEs in Belgium
so far. In addition, Belgium provides a unique context for this study as it is the only European
country to date which currently implements a variant of an ‘Allowance for Corporate Equity’
(ACE) system (Klemm, 2007). This system can be considered as the underlying theoretical
framework of the Belgian NID. In January 2007 103.058 SMEs were active in Belgium of
which all annual accounts are publicly available, as all companies have to deposit their
statements at the Central Balance Sheet Office of the National Bank of Belgium (NBB).
To investigate whether the NID causes a change in the dividend policy of Belgian
SMEs, we run a regression using the changes of our variables between years 2007 and 2005.
Fiscal year 2005 was the last taxable year without application of NID in Belgium.
Furthermore, 2007 as compared to 2006, offered a greater likelihood to find significant
results. Companies need time to enhance their knowledge about the possible (dis-)
advantages of applying the NID. Moreover, some companies lack willingness to implement
the NID. Furthermore, they can face high transaction costs. We find marginally significant
results concerning the NID.
The remainder of the paper is structured as follows. Section II gives a description of
the notional interest deduction. Section III briefly handles the broader framework of NID, i.e.
Allowances for Corporate Equity. Section IV provides a short literature overview and
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describes our hypotheses and expected relationships with the dividend policy. In section V
we use a simple example to illustrate the effects of the NID on the marginal tax rate (MTR).
Section VI outlines the sample, followed by a discussion of our variables in section VII.
Results are reported in section VIII. We draw our conclusions in section IX.
II. Description of the notional interest deduction
The law of June 22nd 2005 and the Royal Decree of September 17th 2005 introduced
a tax deduction for risk capital. The law itself has been in effect since assessment year 2007
and is referred to as the notional interest deduction.
The NID is a yearly deduction of a fictitious interest from the earnings of a
corporation. The deduction is allowed as long as the company is profitable. When the
deduction surpasses the profit of the current book year, the unused deductible amount is
transferable to the next year, with a maximum of seven years.
The NID is calculated as the adjusted shareholders’ equity multiplied by a fictitious
interest rate.
The calculation of the adjusted shareholder’s equity starts with the company’s equity
capital at the end of the previous taxable period. According to Belgian GAAP “equity capital”
covers the following accounts: capital, share premiums, revaluation gains, reserves (legal
reserves, unavailable reserves, tax exempt reserves and available reserves), retained
earnings and capital investment subsidies. To calculate the adjusted shareholders’ equity,
however, several deductions have to be implemented. The deductions can be classified into
four categories. The first category consists of shares and participations: fiscal net value of
own shares held on the balance sheet, shares in other companies and shares issued by
investment companies. The second category concerns assets not taxed in Belgium: net
worth of permanent establishments and foreign real estate located abroad. The third
category encompasses avoiding abuses and excluding unreasonable investments: net value
of assets exceeding business needs, net value of assets not generating taxable periodic
income (e.g. works of art, jewelry, …) and real estate used by company directors, their
spouse or their children. The final category encloses tax-deductible items: capital grants,
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tax-free revaluation gains (including revaluation gains incorporated in capital) and tax-credit
for research and development.
The notional interest rate corresponds to the annual average of the monthly
reported indices of 10-yearly government bonds (OLOs). The interest rate for any given
assessment year will be the rate of the calendar year that precedes the previous assessment
year (e.g. for assessment year 2009, reference is made to the rate of calendar year 2007).
The maximum notional interest rate is 6,5% and the maximum fluctuation is 1% per year.
The applicable rate for the notional interest deduction for assessment year 2008 is 3,781%.
For SMEs, however, a different rate applies, namely 4,281%. This is the normal rate
augmented with 0,5%.
In the following section the Allowances for Corporate Equity system will be discussed.
This system can be regarded as the underlying theoretical framework of the Belgian NID.
III. Allowances for Corporate Equity
In most countries, the tax system allows deductibility of interest, while a deduction
for dividends is not permitted. This dissimilarity in treatment is often referred to as fiscal
discrimination between debt and equity financing.
The general objective of an ACE system is to pursue neutrality between debt and
equity financing by permitting firms to deduct a notional interest rate on their equity, next
to the interest deduction on debt financing (Klemm, 2007).
The ACE or the notional return is determined as equity at the end of the previous
year (Et-1) multiplied with a notional interest rate (î): ACE = Et-1 x î. The notional interest rate
could be approximated by the rate on government bonds.
Furthermore, the neutrality aspect is not the only characteristic of an ACE tax system.
The system is not affected by inflation as the interest rate is based on government bonds,
which already incorporate inflation. This eliminates the need for indexation. Additionally,
the method of tax depreciation is irrelevant. An enlargement in depreciation in the early
years would result in a diminishing equity base. Thus, in the later years the ACE will
experience a decline as well. This drop compensates any benefit from earlier depreciation in
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net present value terms. The ACE system also guarantees neutrality in financing decisions.
Companies are indifferent against financing with debt or equity as long as the company tax is
the only aspect taken into account.
On the other hand, governments that introduce an ACE system must take into
account a narrower tax base. To retrieve the same amount of revenue, a higher tax rate is
necessary. This might be harmful in the current globalised economy. Moreover, doubt arises
whether other countries will accept an ACE system as a basis for double tax treaties. In
addition, an ACE system only guarantees companies to be indifferent towards equity and
debt financing when (1) these companies only take corporate tax into account. Other costs,
i.e. bankruptcy costs, information costs, … are not considered here (2) dividends and
interests are taxed equally.
Another example of pursuing neutrality between debt and equity financing is
comprehensive business income tax (CBIT) (Radulescu & Stimmelmayr, 2006). Under this
system, however, deduction is not allowed for both dividends and interest.
Croatia was the first country to put into practice an ACE in 1994. Italy and Austria
followed soon thereafter. In 2000, however, Croatia announced that it was returning to a
standard corporate income tax system in 2001. Italy and Austria withdrew their ACE system
as well in the following years. Outside Europe Brazil has applied a variant of an ACE since
1996. Belgium introduced the notional interest deduction, a variant of ACE, in 2006 (Klemm,
2007).
IV. Literature Overview
Finance theories
The notional interest deduction can have an impact on the financing decision of
companies, and the capital structure as one of the objectives of the NID is to strengthen the
financial position of companies by increasing their equity. Over the years, the irrelevance
principle of Modigliani and Miller has given rise to two competing capital structure theories:
the trade-off theory and the pecking order theory.
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The trade-off theory, in essence, says that a company chooses how much debt and
equity it uses, by balancing the costs and benefits of additional debt. The theory states that
there are advantages of financing with debt and there is a cost of financing with debt, the
costs of financial distress. The major benefits include the tax benefits of debt and controlling
for free cash flow problems (cf. agency/rent theory). The deductibility of interest payments
pushes firms toward a higher leverage target. The downside of a more leveraged firm are
higher bankruptcy costs and non-bankruptcy costs (e.g. staff leaving, unfavorable conditions
with suppliers, …). Expected bankruptcy costs are higher when profitability is lower, and the
threat of these costs pushes less profitable firms toward lower leverage targets. Similar
conclusion can be drawn for firms with volatile earnings and smaller less-diversified firms
(Fama & French, 2002). To sum up, a firm will borrow up to an optimal point, where the
marginal value of tax shields on additional debt is just offset by the marginal cost of financial
distress. The deductibility of interest pushes more profitable and less volatile firms toward
higher leverage. Application of the NID has altered this optimal point due to a decline in
MTR. This makes equity financing more attractive as it results in a larger equity base and
thus a larger NID.
Alternatively, according to Myers and Majluf there is no optimal capital structure.
They posit that firms try to minimize asymmetric information costs by financing initially with
internally generated cash flows. When this does not suffice, preference will be given to debt.
Only as a last option will companies issue new shares. This is why this argumentation is
called the pecking order theory. Consequently, the capital structure is but a mere
coincidental result and not the outcome of striving for a specific optimal debt-equity ratio.
Myers (2001) argues that dividends are sticky. Dividend cuts are not used to finance capital
expenditure. Therefore, changes in cash requirements are not reflected in short-run
dividend changes. In other words, changes in net cash cause changes in external financing.
Dividend theories
A large part of dividend studies is founded on either signaling theory or agency/rent
extraction theory (Deloof et al., 2008). Signaling theories explain that the dividend serves as
a signal to outside investors about future expected cash flows. Traditionally, dividend
income has been taxed less favorably than capital gains. Moreover, dispersing dividends may
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lead to underinvestment or high cost of external financing. As a consequence, this signal
should be taken seriously because it is an expensive signal. Only companies who truly expect
a higher future cash flow will give this signal. The agency/rent extraction theory suggests
that the interests of managers are not always identical to those of shareholders. Managers
are inclined to waste free cash flow (the excess of cash earnings over profitable investments)
on investments with a negative NPV or use it for their own benefit. Dispersing dividends
tackles this problem by obligating managers to pay out the firm’s excess cash (Fama &
French, 2002). These theories, however, appear to be less important for privately held
companies (Deloof et al., 2008).
Lintner (1956) investigated the dividend policy of American companies. One of the
main conclusions was that the management derives their dividend policy from an estimation
of the part of the companies’ earnings, which they consider as persistent. Management
requires time to examine whether an increase in earnings is persistent or not. Moreover,
managers are reluctant to make dividend changes that might be reversed. As a consequence,
dividend changes follow shifts in long-run or sustainable levels of earnings rather than short-
run changes in earnings. This, in turn, results that dividends are considered stable.
Hypotheses
Grullon et al. (2002) state that as firms become more mature, their investment
opportunities become smaller. This is expressed in a declining rate of reinvestment. The
declining reinvestment rate gives rise to excess cash, which should be ultimately paid out
(cf. agency/rent extraction theory). Grullon et al. (2002) refer to this explanation as the
maturity hypothesis. We use age and size as proxies for maturity. Older companies typically
find themselves in later growth stages. Other studies find a positive relationship between
company size and dividend payout (Fama & French, 2001, Megginson & von Eije, 2006).
Alternatively DeAngelo et al. (2006) apply a life-cycle theory to check whether the
probability of a firm to pay a dividend is positively related to its mix of earned and
contributed capital. In other words, firms with a high ratio of retained earnings to total
equity have a higher probability of paying out a dividend. This approach however, is not
suitable for this study since DeAngelo et al. (2006) focus on publicly traded industrial firms in
the USA.
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Dividend studies typically find a positive relationship between the current dividend
and the profitability of the previous year (Deloof et al., 2008; Fama & French, 2002; Denis &
Osobov, 2008). A higher level of profit implies a higher level of internal funds, which may not
be allocated entirely for reinvestment, thus more dividends may be expected.
The pecking order theory suggests that when a company is faced with growth
opportunities, i.e. investment projects with a positive NPV, it will first use internally
generated cash flows to finance these projects. Hence, we expect to find a negative
relationship between growth opportunities and dividend payout, since the cash flows will be
primarily allocated to the investment project (Fama & French, 2001; Denis & Osobov, 2008).
Only if there is any money left, this might be used to pay out a dividend. Moreover, Barclay
et al. (1995) suggest a higher dividend payout in stable low-growth companies, since these
companies distribute a dividend to reduce agency problems. As these companies have fewer
major investment opportunities, and thus possibly have excess cash (cf. free cash flow), they
can limit managers urge to overinvest by paying out a larger percentage of their earnings.
We use sales growth as a proxy for growth opportunities, as increases in sales can indicate
the necessity for investment in the future.
When a company becomes more leveraged, a larger obligation towards the debt
holders exists. Therefore, cash flows that would be used to pay out dividend now have to be
used to pay interest on the loan and to pay back the principal amount. Thus, we expect a
negative relationship between leverage and dividend policy (Deloof et al., 2008; von Eije &
Megginson, 2006). Goossens (2005) states that smaller companies rather finance with
short-term debt than larger companies. Therefore, we make a distinction between
short- and long-term leverage. The most important reasons for this differentiation are based
on the fact that SMEs suffer higher information costs, hold a higher risk and incur larger
transaction costs when issuing long-term debt.
We need to make a distinction between healthy and failing firms. When a company
finds itself in financial difficulties, it is likely the company will not give out a dividend. The
Z-score of Altman is an often used multiple discriminant model to assess the financial health
of a company. In this model firms are classified into failing or non-failing groups by
comparing their Z-score with a certain cut-off score. If the Z-score is higher than 3 a
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company is classified as healthy. Thus, we expect a positive relationship, the higher the
Z-score, the healthier the company and hence a higher probability of a dividend payout.
Recently, however, Altman (2000) made a revised Z-score model for privately held
companies, i.e. Z’-score. As we conduct our study for private SMEs our preference goes to
this revised failure prediction model.
The effect of the NID will be incorporated through simulations of MTRs for the
companies of our sample. Graham (2001) defines the marginal tax rate of a company in
period T, as the change in the present value of the tax liability as a result of earning an extra
dollar of income in period T. This will be illustrated in the next section with a simple
example. A company will experience a decline in its MTR when applying the NID, thus pay
fewer taxes and a higher probability of giving out a dividend. Nonetheless, given the fact
that the NID is calculated on the adjusted shareholders’ equity, we expect that this tax
advantage will be fully incorporated into equity in order to create a higher NID for the
following year. As a consequence, we expect that companies will not distribute a higher
dividend. Moreover, we hypothesize that companies will disperse a smaller dividend in order
to benefit from a higher NID. A decline in MTR in combination with a decrease in dividend
payout results in an expected positive relationship.
V. Effect of NID on MTR: example
In this section we will illustrate how the NID can influence the MTR. To illustrate this
effect we will utilize the method Graham developed. We adapt Graham’s definition, outlined
in the previous section, to see how incurring an extra dollar of interest in period T, has an
impact on the change in the present value of the tax liability, in period T.
Because the definition of MTR incorporates future tax liabilities, it is necessary to
generate estimations of earnings before interest and taxes (EBIT) for the upcoming periods
(i.e. T+1, T+2, …). All of this is best demonstrated by a numerical example in which we also
will incorporate the NID.
Before starting, some issues need to be addressed. First of all, we consider a limited
time frame of seven periods. This assumption is based on the reasoning that losses due to
NID are only transferable up to seven years. We must acknowledge, however, that this is not
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the case for tax loss carryforwards (TLCFs), which are unlimitedly transferable in time
according to Belgian tax code. Moreover, the effect of the discounted values of tax liabilities
after period T+7, based on decisions of period T, might be limited. Secondly, we do not take
into account the progressive nature of the Belgian corporate tax code but apply a statutory
tax rate of t, 33,99%. Furthermore, we assume an interest rate on debt of 4,85%, which will
also serve as our discount rate. In addition, the notional interest rate for SMEs is 4,281% in
tax year 2007. Finally we assume that all earnings after taxes are incorporated into equity.
In our example (Table 1) we hypothesize an EBIT of €133 in period T from which we
subtract €35 of interest and a one-time TLCF of €5. This gives us a taxable income of €93.
Applying the statutory tax rate of 33,99% culminates in a tax liability of €31,61. In period
T+1, the company has an EBIT of €160, interest costs remain the same and no outstanding
TLCFs. Given the taxable income of €125, we have a tax liability of €42,49. With the
assumption of a discount rate of 4,85%, the net present value of the tax liability in T+1 is
€40,52 (=42,49/1,0485). For the remaining periods we make use of the same calculus. The
expected discounted future tax liabilities over the periods sums up to a total of €234,82.
Table 1: Initial Situation
Interest cost T 35
Tax loss carryforwards T 5
Period T Period T+1 Period T+2 Period T+3 Period T+4 Periode T+5 Periode T+6 Periode T+7
EBIT 133 160 127 127 147 140 127 133
Less: interest 35 35 35 35 35 35 35 35
Less: TLCFs from previous years 5 0 0 0 0 0 0 0
Taxable income 93 125 92 92 112 105 92 98
Taxes (@ 33,99%) 31,61 42,49 31,27 31,27 38,07 35,69 31,27 33,31
Earnings after taxes 61,39 82,51 60,73 60,73 73,93 69,31 60,73 64,69
PV Tax liability 31,61 40,52 28,44 27,13 31,50 28,16 23,54 23,91
Sum of PV tax liabilities 234,82
To determine the MTRNONID (Table 2) we increase the amount of debt, only for period
T, until we experience a rise of interest cost of €1. For periods T+1 and beyond the interest
cost remains €35, so the additional euro of interest in T will not cause any differences in tax
liabilities for the remaining periods. Taking the extra euro of interest in T into account the
taxable income will become €92, which results in a tax liability of €31,27. As the interest
expense does not change in the following periods, the calculations stay the same as in
Table 1. If we compare the sum of the present values of the tax liabilities, with and without
an extra euro of interest, we observe a decrease of €0,3399 (= €234,82 - €234,48). As
Graham (2001) illustrates in his paper ‘Estimating the tax benefit of debt’ for an additional
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dollar of income, we can conclude that, due to an additional euro of interest cost, the
MTRNONID equals the statutory tax rate of 33,99%.
Table 2: Adding Interest Cost
Interest cost T 35
Tax loss carryforwards T 5
Period T Period T+1 Period T+2 Period T+3 Period T+4 Periode T+5 Periode T+6 Periode T+7
EBIT 133 160 127 127 147 140 127 133
Less: interest 36 35 35 35 35 35 35 35
Less: TLCFs from previous years 5 0 0 0 0 0 0 0
Taxable income 92 125 92 92 112 105 92 98
Taxes (@ 33,99%) 31,27 42,49 31,27 31,27 38,07 35,69 31,27 33,31
Earnings after taxes 60,73 82,51 60,73 60,73 73,93 69,31 60,73 64,69
PV Tax liability 31,27 40,52 28,44 27,13 31,50 28,16 23,54 23,91
Sum of PV tax liabilities 234,48
Next, we are going to include the NID into our example (Table 3), to demonstrate the
effect of the NID on the MTR. Belgian law requires that the deduction of NID should be made
before the subtraction of TLCFs. As mentioned earlier, the interest rate on equity to
calculate the NID is 4,281% for SMEs. To compute the NID for period T we first have to
determine the adjusted shareholders’ equity for period T. Equity (€500) minus revaluation
surplus (€100) and capital subsidies (€0) leads to an adjusted shareholders’ equity of €400.
Thus, the NID equals €17,12 (= €400 * 4,281%). The NID causes a decrease in the amount of
taxable income (€75,88) and tax liability (€25,79). For the following periods the same
calculus applies. As we assume that all earnings are retained, we have to take into account
that the adjusted shareholders’ equity will vary. For example, the adjusted shareholders’
equity for T+1 equals the initial amount in T, € 400, plus the earnings after taxes in T, €50,09.
So to calculate the NID for period T+1 we apply the interest rate of 4,281% on €450,09 which
equals €19,27. For the remaining periods we follow the same computations.
Table 3: Initial Situation with NID
Equity T 500
Revaluation surplus T 100
Capital subsidies 0
Adjusted shareholders' equity T 400
Interest cost T 35
Tax loss carryforwards T 5
Period T Period T+1 Period T+2 Period T+3 Period T+4 Periode T+5 Periode T+6 Periode T+7
EBIT 133 160 127 127 147 140 127 133
Less: interest 35 35 35 35 35 35 35 35
Less: notional interest deduction 17,12 19,27 22,26 24,23 26,14 28,57 30,73 32,46
Less: TLCFs from previous years 5 0 0 0 0 0 0 0
Taxable income 75,88 105,73 69,74 67,77 85,86 76,43 61,27 65,54
Taxes (@ 33,99%) 25,79 35,94 23,71 23,04 29,18 25,98 20,83 22,28
Earnings after taxes 50,09 69,79 46,04 44,74 56,67 50,45 40,45 43,26
PV Tax liability 25,79 34,28 21,56 19,98 24,15 20,50 15,67 15,99
Sum of PV tax liabilities 177,93
Adjusted Shareholders' Equity T+r (r= 1,2, …, 7) 450,09 519,88 565,92 610,65 667,33 717,78 758,23
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To value the MTRNID (Table 4) we consider a one-time increase in debt in period T,
which results in an interest cost of €36. The increase in debt, however, results in a decline of
the equity base with €20,62 (= 1/0,0485). This also means a smaller adjusted shareholders’
equity and thus a lowering in NID of €0,88 (= 0,04281 * €20,62) for period T. Consequently,
in this scenario we have to take into account that there is trade-off between interest cost
deduction and NID. When the NID is lower, we are faced with a higher taxable income. This
offsetting results in a tax base decrease of 0,12 (= 1- 0,88). The related tax liability in period T
is lowered with €0,041 (= 0,12 * 0,3399) due to an additional euro of interest cost.
As of period T+1 the interest cost is back to €35. There are no future tax
consequences of the additional euro of interest cost in period T because the €1 was entirely
deducted in T. To calculate MTRNID we have to compare the sum of the present value tax
liabilities of Table 3 and 4, respectively €177,93 and €177,89. The MTRNID is equal to 3,38%
(= 177,93 - 177,89). The incorporation of the NID in the corporate tax system, in this
example, gives rise to a tax benefit of 30,61% (= 33,99% - 3,38%) percentage points, equaling
the difference between MTRNONID and MTRNID.
Table 4: Adding Interest Cost
Equity T 500
Revaluation surplus T 100
Capital subsidies 0
Adjusted shareholders' equity T 400
Interest cost T 35
Tax loss carryforwards T 5
Period T Period T+1 Period T+2 Period T+3 Period T+4 Periode T+5 Periode T+6 Periode T+7
EBIT 133 160 127 127 147 140 127 133
Less: interest 36 35 35 35 35 35 35 35
Less: notional interest deduction 16,24 19,26 22,25 24,22 26,14 28,57 30,73 32,46
Less: TLCFs from previous years 5 0 0 0 0 0 0 0
Taxable income 75,76 105,74 69,75 67,78 85,86 76,43 61,27 65,54
Taxes (@ 33,99%) 25,75 35,94 23,71 23,04 29,18 25,98 20,83 22,28
Earnings after taxes 50,01 69,80 46,04 44,74 56,68 50,45 40,45 43,26
PV Tax liability 25,75 34,28 21,56 19,99 24,15 20,50 15,68 15,99
Sum of PV tax liabilities 177,89
Adjusted Shareholders' Equity T+r (r= 1,2, …, 7) 450,01 519,80 565,84 610,58 667,26 717,71 758,16
In conclusion, the foregoing assumptions hold under the following conditions: (1)
equity must be positive, if not, NID cannot be applied (2) all earnings are retained, no
dividends are distributed (3) EBIT of T should be adequate to fully incorporate the deduction
of interest expenses, NID and TLCFs. If this is not the case one cannot fully take in the
increase of interest cost during period T.
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VI. Sample Description
Our focus is on Belgian SMEs. We target these companies because it is an area, which
lacks significant studies. In addition, SMEs account for an important part of the Belgian
economy. Moreover, all records of financial statements are publicly available at the NBB. We
need to remark that there is some disunity about the correct criteria to define an SME. We
make use of article 15 § 1 in Belgian Code of company law, upon which the law of NID is
based. This article considers a company as an SME when it meets one of the following three
criteria in the last two previous book years (unless it has more than 100 employees): (1) less
than 50 employees (2) turnover (VAT excluded) no more than €7.300.000 and (3) balance
sheet total of no more than €3.650.000. If a company meets two or all three criteria, it is
considered a large company.
We gathered our data using the Bel-First database of Bureau Van Dyck. A SME has
the option to deposit either an abbreviated or a complete format of his annual statements
to the NBB. We only include SMEs who present their statements in the complete format,
because only this format allows us to conduct our study. The former requisites reduce our
sample size to 4.252 SMEs.
As financial and insurance companies have their own specific financial behavior and
legislation, these were also left out of the sample. This reduced our sample size to 4.168
SMEs. Next, companies that are not independent were also removed from the sample. The
financial structure of a subsidiary might be influenced by strategic considerations of the
management at the level of the group. Deloof et al. (2008) define a company as independent
when no shareholders are recorded with no more than 25% of direct or total ownership.
These restrictions further reduce our sample to 1.550 SMEs. Moreover, we require
companies that are capable of distributing a dividend. Article 617 in Belgian Code of
company law states that the sum of accumulated profit (loss), tax exempt reserves, available
reserves minus not yet depreciated formation expenses and R&D costs needs to be positive
before any profit of the current year may be turned out to the shareholders. Taken into
14
account the available data regarding the simulated MTRs1, we obtain a final sample of 398
companies.
We conduct our study for fiscal year 2007, one year after the NID was introduced. We
focus on 2007, since we expect a higher probability to find effects of the NID, in contrast to
2006. Companies need time to enhance their knowledge about the possible (dis-)
advantages of applying the NID. In addition, SMEs have the choice between adapting NID or
continued use of the investment reserve. For some SMEs the benefits of using the
investment reserve outweigh the possible gains of implementing the NID. As a consequence,
companies require time to thoroughly study this company specific decision.
VII. Variables
We gathered all of our data, with the exception of the MTR-variable, from the
Bel-First-DVD of Bureau Van Dyck. The Bel-First-DVD is a database, which contains
accounting data from the unconsolidated financial statements deposited at the NBB.
To investigate whether the NID causes a change in the dividend policy of Belgian
SMEs, we run a regression using the changes of our variables between years 2007 and 2005.
We make use of fiscal year 2005, as this is the last taxable year without application of NID in
Belgium, and fiscal year 2007 for reasons mentioned earlier.
Dependent variables
We consider two measures for the change in dividend policy. Firstly we use change in
dividend-to-cash flow (∆Dividend-to-CF). This proxy is defined as the amount of total
dividends paid in year T over the cash flow in year T-1. La Porta et al. (1999) state that this
ratio has a logical economic interpretation since it is the ratio of the cash distributed to cash
generated in a period. As a second measure, we make use of the ratio dividend-to-total
assets (∆Dividend-to-TA), where the denominator is replaced by total assets in year T-1. We
have to take into account that these variables are not exact measures and may be easily
manipulated by accounting tricks (La Porta et al., 1999).
1 The data concerning the simulated MTRs was received from a PhD student at the Faculty of Economics and
Business Administration of Ghent University
15
Independent variables
Age is the natural logarithm of the number of years since the company was founded.
This is the only variable computed as a level value2, since taking the difference would result
in adding a constant term to the equation. We use ∆Size, measured as the change in the
natural logarithm of total assets in 2007 and 2005. ∆Profitability is calculated as the
difference in the ratio of earnings before interest and taxes in year T-1 to total assets of year
T-1, for 2007 and 2005. We use ∆Sales Growth as a proxy for growth opportunities
calculated by the natural logarithm of the ratio of sales at the beginning of the year, T-1, to
sales of the previous year, T-2. As a proxy for the change in leverage, we calculate the
change in short-term (∆LeverageST) as well as the change long-term debt to total assets
(∆LeverageLT), both at the beginning of the year. To make a distinction between healthy and
failing firms (∆Z’-Score), we make use of the revised Z’-Score model of Altman (Altman,
2000). This discriminant function looks as follows:
Z’ = 0.717X1 + 0.847X2 + 3.107X3 + 0.420X4 + 0.998X5
With X1: working capitalt / total assetst
X2: retained earningst / total assetst
X3: EBITt / total assetst
X4: Book value of equityt / book value of total liabilitiest
X5: Salest / total assetst
Our last independent variable is the change in marginal tax rate (∆MTR). These figures
were calculated using a forecasting model based on Graham (2001).
VIII. Results
Descriptive Statistics
Descriptive statistics on the variables used in the regression models are presented in
panel A of Table 5. The average change in dividend-to-cash flow for the sample companies
was -0,0447. The mean change in dividend-to-total assets was 0,0031. Moreover, we notice
a small increase in the average change in profitability of the firms. A decrease in both the
change in short-term leverage and the change in long-term leverage is also observed. Finally,
the average change in MTR has gone down with 0,2420. Consistent with the illustrative
2 As the relevant time frame of our study is 2007, age is calculated as follows: Ln (2007 - year of incorporation)
16
example in section V, this decrease is linked to the introduction of the notional interest
deduction. For both dividend measures, three outliers were removed from the sample.
Table 5
Panel A: Descriptive Statistics (in € 1.000)
Minimum Maximum Std. Dev. Variance
∆Dividend-to-CF -5,3518 3,6765 0,8178 0,6690
∆Dividend-to-TA -0,5461 1,3931 0,1317 0,0170
Age 1,7900 4,6600 0,6611 0,4370
∆Size -1,3200 2,0700 0,3530 0,1250
∆Profitability -0,6600 0,6400 0,1265 0,0160
∆Sales Growth -6,0734 2,7699 0,6246 0,3900
∆LeverageST -0,6963 0,6615 0,1589 0,0250
∆LeverageLT -0,7000 0,6600 0,1589 0,0250
∆Z'-Score -9,2900 5,4300 1,0390 1,0800
∆MTR -0,3432 0,0283 0,0984 0,0100
Panel B: Sample Industry Distribution
NACE-BEL #
33 Industry 55
43 Construction 24
47 Retail 151
53 Transportation 37
56 Hotel 3
61 Communication 5
82 Real Estate 114
96 Community 6
∑ 395
Mean
-0,0447
0,0031
-0,0131
0,0133
-0,2420
3,0126
0,1300
0,0005
-0,0480
-0,0131
Panel B of Table 5 reports the industry distribution within our sample, classified by
NACE-BEL code. The companies are grouped into eight different industries: industry,
construction, retail, transportation, hotel, communication, real estate and community. We
have to note, however, that the majority of the companies in our sample are in the retail or
real estate industry. This limits the external validity of the results towards Belgian SMEs.
The Pearson correlation coefficients of the dependent and independent variables are
presented in Panel A of Table 6. ∆Dividend-to-CF is positively correlated with ∆Dividend-to-
TA, which can be expected as both serve as measures for dividend policy. The change in size
is also significantly correlated with the change in dividend-to-cash flow. Here, however, a
negative correlation is observed. Both dependent variables are significantly negatively
correlated with the change in short-term leverage. The correlations between the
independent variables pose no problems for our regressions, as the tolerance levels for our
independent variables are close to one (Panel B Table 6).
17
Ta
ble
6:
Co
llin
ea
rity
Sta
tist
ics
Pa
ne
l A
: C
orr
ela
tio
n M
atr
ix
∆D
ivid
en
d-t
o-C
F∆
Div
ide
nd
-to
-TA
Ag
e∆
Siz
e∆
Pro
fita
bili
ty∆
Sale
s G
row
th∆
Lev
era
ge
ST∆
Leve
rage
LT∆
Z'-
Sco
re∆
MT
R
∆D
ivid
en
d-t
o-C
F1
0,4
93
**
0,0
00
-0,1
06
*-0
,01
90
,10
0-0
,13
9*
*-0
,02
70
,06
90
,07
0
∆D
ivid
en
d-t
o-T
A1
-0,0
27
0,0
36
-0,0
62
0,0
12
-0,2
09
**
-0,0
73
0,0
73
0,0
49
Ag
e1
-0,0
38
0,0
24
0,0
43
0,0
51
-0,0
07
0,0
23
0,1
57
**
∆S
ize
10
,02
20
,04
40
,14
6*
*-0
,01
3-0
,15
0*
*-0
,08
3
∆P
rofi
tab
ilit
y1
0,2
11
**
-0,0
23
-0,0
21
0,2
59
**
0,2
21
**
∆S
ale
s G
row
th1
0,0
90
-0,0
03
0,0
78
0,2
02
**
∆Le
vera
ge
ST1
-0,2
97
**
0,0
77
-0,0
41
∆Le
vera
ge
LT1
-0,0
47
-0,0
77
∆Z
'-S
core
10
,02
4
∆M
TR
1
(*)
corr
ela
tio
n is
sig
nif
ica
nt
at
the
0,0
5 le
ve
l (2
-ta
ile
d)
(**
) co
rre
lati
on
is s
ign
ific
an
t a
t th
e 0
,01
leve
l (2
-ta
iled
)
Pa
ne
l B
: T
ole
ran
ce L
ev
els
To
lera
nce
VIF
To
lera
nce
VIF
Ag
e0
,96
01
,04
20
,95
91
,04
2
∆S
ize
0,9
20
1,0
88
0,9
46
1,0
57
∆P
rofi
tab
ilit
y0
,89
41
,11
90
,87
31
,14
6
∆S
ale
s G
row
th0
,91
61
,09
20
,91
81
,08
9
∆Le
vera
ge
ST0
,89
21
,12
10
,89
21
,12
1
∆Le
vera
ge
LT0
,91
01
,09
90
,91
11
,09
7
∆Z
'-S
core
0,9
00
1,1
11
0,9
07
1,1
03
∆M
TR
0,8
97
1,1
15
0,9
01
1,1
10
∆D
ivid
en
d-t
o-C
F∆
Div
ide
nd
-to
-TA
18
Regression Results
Results from the dividend regressions appear in Table 7 and 8. We run two models to
illustrate the effect of the change in marginal tax rate most clearly. Model 1 regresses the
dividend measure on the seven independent variables included in the main regression
model. Model 2 regresses the dividend measure on the seven independent variables and on
our test-variable, change in marginal tax rate. In both models a constant is included.
Table 7 reports the results using dividend-to-cash flow as a dividend measure. Both
models report significant F-statistics, which indicates that the coefficients have significant
meaning and can be interpreted accordingly. We find that our proxies for maturity, age
(0,037) and the change in size (0,326), positively relate to the dividend measure. This is
consistent with the hypothesis that mature companies are more likely to pay out a dividend
(DeAngelo et al., 2006, Fama & French, 2001). The age coefficient, however, is not
significant. Subsequently, the change in profitability (-0,067) is significant at a five percent
level. The direction of the relationship is, however, not what we had hypothesized. The
proxy for growth opportunities, the change in sales growth (-0,026), relates negatively to the
dividend-to-cash flow proxy. This result corresponds with the expected relationship. Firms
with growth opportunities retain their earning and do not disperse a dividend (Megginson &
von Eije, 2006, Fama & French, 2001). The coefficient, though, is not significant. The change
in short-term debt (-1,182) has a significant negative impact on the change of dividend-to-
cash flow. Unexpectedly, we find the same significant result for the change in long-term debt
(-1,553). Moreover, the coefficient has a higher impact. If the financial condition of a
company improves, a positive change in dividend policy might be expected. A significant
positive result for the change in Z’-score (0,255) confirms this expectation, at one percent
significance level.
19
Table 7: Regression Analysis
Coeff. t Sig. Coeff. t Sig.
Constant -0,240 -1,215 0,225 -0,260 -0,107 0,915
Age 0,037 0,594 0,553 0,020 0,318 0,751
∆Size 0,326 2,566 0,011 (**) 0,344 2,702 0,007 (*)
∆Profitability -0,986 -2,838 0,005 (*) -1,074 -3,055 0,002 (*)
∆Sales Growth -0,026 -0,362 0,718 -0,430 -0,584 0,560
∆LeverageST -1,182 -4,220 0,000 (*) -1,162 -4,155 0,000 (*)
∆LeverageLT -1,553 -2,715 0,007 (*) -1,484 -2,590 0,010 (**)
∆Z'-Score 0,255 5,991 0,000 (*) 0,259 6,096 0,000 (*)
∆MTR 0,676 1,514 0,131
R Square 0,143 0,149
Adjusted R Square 0,126 0,129
Model F-test 8,227 7,512
Number of observations 353 353
(*) is significant at 1% level, (**) is significant at 5% level
∆Dividend-to-CF = β1Age + β2∆Size + β3∆Profitability + β4∆SalesGrowth + β5∆LeverageST + β6∆LeverageLT
+ β7∆Z'-Score + β8∆MTR + ε
Model 1 Model 2
For the seven variables of the first model, similar conclusions can be drawn in the
second model. The same variables are significant and identical relationships can be
observed. The only noticeable difference is that some significance levels vary. Concerning
the MTR-variable we find that it has a positive influence (0,676) on the dividend policy of
Belgian SMEs. As hypothesized earlier, the application of the NID leads to a positive relation
between ∆MTR and ∆Dividend-to-CF. The coefficient, however, is not significant at the 5%-
level, nor at the 10%-level. Nevertheless, if tested one-tailed, a marginal significant relation
can be found at the 10%-level.
We compare the adjusted R² from the two models to determine whether the
addition of the MTR-variable increases the explanatory power of the model. At first glance,
the adding of the MTR-variable increases the adjusted R² with 0,003. This increase, however,
may not be fully attributed to the MTR-variable, as this variable is not significant in the
regression.
Table 8 presents the results for the dividend-to-total assets measure. Both reported
models are significant. The results for model 1 and 2 are generally in line with the reported
results obtained in Table 7. In contrast, Table 8 reports a slight negative relationship for the
age coefficient (-0,002), although again not significant. Profitability reports only a small
20
negative relationship (-0,067) and is no longer significant. The results for size, sales growth,
both short- and long-term leverage and Z’-score are more or less identical to those of
Table 7. Relating to the MTR-variable, model 2 reports similar results as in Table 7. Although
the coefficient is still positive (0,106), it is smaller and less significant. The adding of the
MTR-variable to the regression model reports an increase of the adjusted R² with 0,003 here
as well.
Table 8: Regression Analysis
Coeff. t Sig. Coeff. t Sig.
Constant -0,004 -0,116 0,908 0,030 0,767 0,444
Age -0,002 -0,218 0,827 -0,005 -0,478 0,633
∆Size 0,062 3,121 0,002 (*) 0,064 3,223 0,001 (*)
∆Profitability -0,067 -1,189 0,235 -0,081 -1,414 0,158
∆Sales Growth -0,003 -0,258 0,796 -0,005 -0,460 0,646
∆LeverageST -0,228 -4,961 0,000 (*) -0,225 -4,899 0,000 (*)
∆LeverageLT -0,262 -2,780 0,006 (*) -0,251 -2,662 0,008 (*)
∆Z'-Score 0,020 2,922 0,004 (*) 0,020 3,001 0,003 (*)
∆MTR 0,106 1,451 0,148
R Square 0,098 0,103
Adjusted R Square 0,080 0,083
Model F-test 5,576 5,158
Number of observations 369 369
(*) is significant at 1% level, (**) is significant at 5% level
Model 1 Model 2
∆Dividend-to-TA= β1Age + β2∆Size + β3∆Profitability + β4∆SalesGrowth + β5∆LeverageST + β6∆LeverageLT
+ β7∆Z'-Score + β8∆MTR + ε
A possible explanation for the marginal significant relationship of the MTR-variable
can be found in the work of Lintner (1956). Lintner states that companies try to pursue a
stable dividend policy and as the NID has only been in effect for three years, this study might
have been conducted prematurely. Moreover, managers want to avoid that dividend
changes have to be reversed in the future. As a consequence, dividends follow shifts in long-
run, sustainable levels of earnings. The NID increases the earnings as it serves as a tax shield.
Companies, however, need time to assess whether this increase can be regarded as
persistent. A second limitation of this study is the composition of our sample. Two industry
classifications account for a large part of the sample. This given distorts the external validity
of the results towards Belgian SMEs.
21
IX. Conclusion
In this paper we have studied the impact of the NID on the dividend policy of
Belgian privately held SMEs. Our results suggest that there is a positive change in the
dividend policy when companies are larger and healthier. A negative change in dividend
policy can be observed when the companies are more leveraged. Also for profitability we
find a negative relationship. This, however, is an adverse result. Regarding the introduction
of the NID, we expected that the decline in MTR would be followed by a negative change in
dividend policy. The results confirm this positive relationship, although only marginally
significant. This can partially be explained by the work of Lintner (1956), which states that
managers want to avoid that dividend changes have to be reversed in the future. As a
consequence, dividends follow shifts in long-run, sustainable levels of earnings. The NID
increases the earnings as it serves as a tax shield. Companies, however, need time to assess
whether this increase can be regarded as persistent. This assessment is complicated as the
European Commission recently challenged certain restrictions of the NID regime. According
to the European Commission the NID regime is in violation of the freedom of establishment
and the freedom of capital. The Commission states that Belgian companies may be
dissuaded from setting up a branch or investing in real estate in a foreign country as the NID
do not apply for investments outside Belgium. As the NID has only been in effect since 2006,
we suggest conducting a similar study in the near future.
V
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