Under Section 301(c) (1) of the Trade Expansion Act of 1962 ...Leather work shoes are sturdy...
Transcript of Under Section 301(c) (1) of the Trade Expansion Act of 1962 ...Leather work shoes are sturdy...
UNITED STATES TARIFF COMMISSION
MEN'S FOOTWEAR: WISCONSIN SHOE CO. MILWAUKEE, WIS.
Report to the President Firm Investigation No. TEA-F-33
Under Section 301(c) (1) of the Trade Expansion Act of 1962
TC Publication 427 Washington, D. C.
October 1971
UNITED STATES TARIFF COMMISSION
Catherine Bedell, Chairman
Joseph 0. Parker, Vice Chairman
Glenn W. Sutton
Will E. Leonard, Jr.
George M. Moore
J. Banks Young
Kenneth R. Mason, Secretary
Address all communications to United States Tariff Commission
Washington, D.C. 20436
CONTENTS
Page
'Report 'to the President 1 Finding of the Commission 2 Views of Commissioners Moore and Young 3 View of Commissioner Leonard 5
Information obtained in the investigation:
Description of articles under investigation. A-1 U.S. tariff treatment A-4 U.S. consumption, production, and imports:
Men's work shoes A-5 Men's dress shoes A-6 Bowling shoes and hunting boots A-7
Data relating to Wisconsin Shoe Co.: it. * * -1E- * * *
Statistical appendix A-19
Appendix Tables
1. U.S. rates of duty applicable to leather footwear of the types provided for in specified TSUS items, 1930 and GATT concessions to Jan. 1, 1972 A-20
2. Wisconsin Shoe Co.: Comparative statement of profit
or loss, 1966-70 *** 3. Wisconsin Shoe Co.: Ratios of financial data, 196670 *3(-
4. Wisconsin Shoe Co.: Comparative statement of cost of goods manufactured and sold, 1966-70 -**
5. Wisconsin Shoe Co.: Comparative statement of
financial condition, 1966-70 *** 6. Wisconsin Shoe Co.: Comparative statement of
retained earinings, 1966-70
Note.--The whole of the Commission's report to the President may not be made public since it contains certain information the publication of which would result in the disclosure of the operation of an indivi-dual firm. This published report is the same as the report to the President, except that the above-mentioned information has been omitted. Such omissions are indicated by asterisks.
REPORT TO THE PRESIDENT
U.S. Tariff Commission, October 22, 1971.
To the President:
In accordance with section 301(f)(1) of the Trade Expansion Act of
1962 (76 Stat. 885), the U.S. Tariff Commission herein reports the re-
sults of an investigation, made under section 301(c)(1) of that act, in
response to a petition filed by a firm.
On August 27, 1971, Mr. Douglas L. Reeder, Jr., president , filed
a petition on behalf of Wisconsin Shoe Co., Milwaukee, Wis., for a
determination of the firm's eligibility to apply for adjustment assist-
ance. Accordingly, on September 7, 1971, the Commission instituted. an
investigation (TEA-F-33) to determine whether, as a result in major
part of concessions granted under trade agreements, articles like or
directly competitive with the men's footwear produced by the aforemen-
tioned firm are being imported into the United States in such increased
quantities as to cause, or threaten to cause, serious injury to such
firm.
Public notice of the receipt of the petition and of the institu-
tion of the investigation was given by publication in the Federal
Register on September 14, 1971 (36F.R. 18443). No public hearing was
requested and none was held.
The information in this report was obtained principallY from
officials •of the Wisconsin Shoe Co. and from the Commission's files.
1
2
Finding of the Commission
Based on its investigation, the Commission 21 unanimously finds
that articles like or directly competitive with ments footwear of the
types produced by the Wisconsin Shoe Co., Milwaukee, Wis.,.are not, as
a result in major part of concessions granted under trade agreements,
being imported into the United States in such increased quantities as
to cause, or threaten to cause, serious injury to such firm.
1/ Chairman Bedell and Vice Chairman Parker did not participate in the decision. Commissioner Sutton was absent.
3
Views of Commissioners Moore and Young
Out determination in this investigation is in the negative be-
cause in our view the Wisconsin Shoe Co. is not suffering, or threat-
ened with, serious injury.
The output of the Wisconsin Shoe Co., which is still in operation,
consists principally of men's leather footwear of welt construction.
During 1970, work shoes (in terms of quantity) accounted for about 70
percent of sales; dress shoes, 15 percent; bowling shoes; 10 percent;
and hunting boots, 5 percent.
The company's total sales of shoes, in terms of both quantity' and
value, were greater in 1970 than in 1967. The company's output of
work shoes, by far its leading product line, has trended upward in
recent years, while the U.S. production of such shoes has remained
fairly constant. Although sales of men's dress shoes by the Wisconsin
Shoe Co. declined during the period 1968-70, sales of all other shoes
were on an upward trend.
Moreover, there was no appreciable decline in the number of pro-
duction workers employed at the Wisconsin Shoe plant through June 1971.
The average number of production workers increased by 15 percent from
1968 to 1970. In addition, the number of such workers employed was
greater in 1970 than in both 1966 and 1967.
After 3 profitable years, the company suffered a small net
loss in fiscal year 1970. Stockholders' equity increased, however,
from 1966 to 1970.
In light of the evidence available to the Commission, we have con-
cluded that the Wisconsin Shoe Co., which is primarily a. work-shoe
4
producers has been doing better than work,shoe industry as
whole and, therefore, is not. suffering, or threatened with, :serious
injury. Accordingly, we -have:made. .a: -negative determination.
5
Views of Commissioner Leonard
My determination in the instant case is negative because the in-.
crease in imports of! any footwear like or directly competitive with
that produced by the Wisconsin Shoe Co. Milwaukee, Wis., is not the
result in major part of concessions granted under trade agreements.
My reasoning in support of this determination is set forth in the Com-
mission's report on nonrubber footwear submitted to the President on
January 15, 1971. 1
1/ Nonrubber Footwear: Report to the President on.Investigation• No. TEA-I-18 . . TC Publication 359, 1971, pp. 31-47.
A-1
INFORMATION OBTAINED IN THE INVESTIGATION
Description of Articles Under Investigation
The Wisconsin Shoe Co., which is still in operation, produces men's
footwear. In 1970,work shoes, retailing at about $15 to $18 a pair,l
accounted for about 70 percent of sales; dress shoes, retailing at
about $16 to $20 a pair, 15 percent; bowling shoes, retailing at
about $12 to $15 a pair, 10 percent; and hunting boots ) retailing at
about $22 to $25 a pair, 5 percent. Virtually all of the shoes were
constructed with uppers of leather and by the welt process.
Leather work shoes are sturdy footwear with heavy uppers, durable
stitching, and special soles (often made from neoprene rubber
to make them oil resistant). Work shoes, which are not only worn by
blue-collar workers, but also by hikers, hunters, and others 1 may
be either of the oxfordtype (less than 6 inches in height), or of
the above-the-ankle type (generally 6 inches or 8 inches in height).
Work shoes are generally either of the so-called tyrolean-type or of
the basic work type. Tyrolean-type shoes are usually made with uppers
of glove leather with no lining and of welt construction; they gener-
ally have a cushion innersole, and, perhaps most important in terms of
appearance, a moccasin toe. Tyrolean-type shoes, which were first
designed about 15 years ago , provide a dressier appearance and are
more comfortable than the harsher looking work shoes of the previous
decade. In recent years, tyrolean-type work shoes, which are available
in a wide assortment of colors and variations, have accounted for the
bulk of U.S. consumption of work shoes. The basic work shoes may
A-2
have many of the features of the tyrolean-type shoes, but they have
plain toes and may also have uppers of other than glove leather. Most
of the work shoes produced by Wisconsin Shoe were of the basic work
type.
A key construction feature of all shoes is the method by which the
sole.is attached to the upper. Various methods are employed in making
work shoes. The higher quality shoes are generally of welt construction;
most,work shoes produced in the United StateS are of such construction.
Other methods include vulcanizing or injection-molding the soles t o
uppers, cementing soles to uppers, and various other processes.
As stated above, dress shoes accounted for about 15 percent of
the sales of Wisconsin Shoe in 1970. The term "dress shoes" refers
to the types of footwear intended principally for business and social
activities. In 1969 about 50 percent of U.S. ,production of
men's dress shoes was made by the welt process; about 25 percent, by
the cement process; and most of the remainder,by the injection-
molded process. With respect to imported men's dress shoes, it is es-
timated -Plat about 20 percent were made by the welt process; about 75
percent, by the cement process; and the remainder, by the injection-
molded and miscellaneous processes.
Bowling shoes, which accounted for about: 10 percent of the sales
made by Wisconsin Shoe in 1970, are classified as athletic shoes when
imported into the United States, Hunting bobts are similar to work
shoes in that they are substantially made footlwear with heavy uppers,
durable stitching, and special soles.
A- 3
In the welt process (virtually all of the shoes produced at
Wisconsin Shoe wereiconstructed by this process), a narrow strip of
supple leather or manmade material, called the welt, is sewed to the
shoe upper and to a lip on the surface of the insole; the outsole is
then sewed and/or demented to the welt. Welt shoes are generally
considered heavier in weight and appearance than those made by other
processes. In the cement process, the outsole (or midsole, if any)
is affixed to the upper by an adhesive without sewing. This process
permits narrow edges on the outsole to give a trim appearance and
produces a lighter and more flexible shoe than other processes used
for men's footwear. In the vulcanizing process, the assembled rubber
outsole and heel are molded in place and vulcanized to an assembled
leather upper. In the injection-molded process, the sole and heel of
polyvinyl chloride or an elastomer resin compound are simultaneously
molded and attached to the shoe upper, thus reducing production time
and labor costs by eliminating a number of the steps required to at-
tach the sole to the upper.
U.S. Tariff Treatment
Since August 31, 1963, the effective date of the Tariff Schedules
of the United States (TSUS), imported leather footwear of the type
(welt construction) produced at Wisconsin Shoe is classified for duty
purposes under TSUS items 700.25, 700.26, 700.27, and 700.29, depending
on the value per pair. Imported men's leather shoes of cement construc-
tion and of miscellaneous construction (particularly the injection-
molded and,stitchdown processes), which do not differ significantly from
welt shoes in styling and appearance, are admitted under item 700.35.
Footwear in chief value of leather (except that with uppers in
chief value,of fibers) was originally dutiable in the Tariff Act of 1930
at 20 percent ad valorem under paragraph 1530(e). From 1930 until
January 1, 1948, the effective date of the earliest concessions
granted by the United States under the General Agreement on Tariffs
and Trade (GATT), the tariff rates on the footwear here discussed
were effected by the following two pre-GATT concessions: (1) Effec-
tive January 1, 1939, the rate on welt footwear with a dutiable value
of over $2.50 a pair (now TSUS items 700.26, 700.27, and 700.29) was
reduced to 50 cents a pair, but not less than 10 ,percent ad valorem;
and (2) effective January 30, 1943, the rate pn footwear made by the
cement and miscellaneous processes (now TSUS item 700.35) was reduced
to 10 percent ad valorem.
A-5
Table 1 in the appendix shows the 1930 rates of duty and the
concession rates granted under the GATT (including all stages of the
Kennedy Round reductions) for items 700.25, 700.26, 700.27, 700.29,
and 700.35, the five TSUS items under which most men's leather shoes
have been admitted in recent years.
U.S. Consumption, Production, and Imports
Men's work shoes
As noted earlier in this report, work shoes accounted for about
70 percent of the sales of Wisconsin Shoe in 1970. Apparent annual
U.S. consumption, production, and imports of work shoes have remained
fairly constant in recent years, as shown in the following table.
Men's work shoes: U.S. production, imports for consumption; and apparent ,consumption, 1965-70
: Produc-
• tion 1/ : • : Imports 2/ _
: Apparent : consump- : tion 3/
: Ratio of imports : to apparent : consumption
: Million : Million : Million : : pairs : pairs : pairs : Percent
1965 : 32 : 1 : 33 : 3 1966 : 38 : 1 : 39 : 3 1967 : 39 : 1 : 40 : 3 1968 : 36 : 2 : 38 : 5 1969 : 36 : 2 : 38 : 5 1970 : 36 : 2 : 38 : 5
1/ Covers footwear of oxford height and also footwear that extends above the ankle.
2/ The term work footwear, as described in statistical headnote 1(b) of pt. 1A, schedule 7 of the Tariff Schedules of the United States Annotated,.covers footwear having outsoles 1/4 inch or over in thickness (measured at the ball of the foot) and having uppers of grain leather ex-tending above the ankle. Data are not available on work footwear of ox-ford height. Therefore the ratio of imports to apparent consumption as shower above is probably understated. 3/ Production plus imports. Data are not available on exports.
Source: Compiled from official statistics of the U.S. Department of Commerce.
A-6
In 1970 about half of the imports were of welt construction with
an average dutiable value of about $4.80 a pair; the remainder were of
cement construction with an average dutiable value of about $3.60 a
pair. As stated previously, most domestically-produced work shoes are
of welt construction.
Men's dress shoes
Data on U.S. consumption, production, and imports of men's dress
shoes are not separately reported in official statistics. However,
estimates of U.S. consumption (production plus imports) of such shoes
are down in the following table.
Men's dress shoes: Estimated U.S. production, imports for consumption, and apparent consumption, 1965-70
Year Produc- : tion 1/ :
— : Imports
: Apparent : consump- : tion 2/
: Ratio of imports : to apparent
consumption : Million : Million : Million :
pairs : pairs : pairs : Percent . : . .
1965 : 62 : 6 : 68 : 9 1966 : 64 : 8 : 72 : 11 1967 : 58 : 10 : 68 : 15 1968 : 65 : 13 : 78 : 17 1969. : 60 : 18 : 78 : 23 1970 : 66 : 19 : 85 : 22
1/ Includes footwear other than athletic or work reported in indus-try
-
No. 3141 as men's shoes except handsewns and footwear with uppers of soft tannage (desert boots and sandals).
2/ Represents estimated production plus estimated imports without an a
-
llowance for exports, which in 1970 amounted to less than 0.5 million pairs.
Source: Estimates of the U.S. Tariff Commission based on official statistics of the U.S. Department of Commerce.
A-7
Welt shoes accounted for about half of the total output in 1970;
shoes produced by the cement process accounted for about a fourth and
injection-molded shoes, a tenth.
As noted in the preceding table, estimated annual imports of men's
dress shoes, which increased from 6 million pairs in 1965 to 19 million
in 1970, supplied 9 percent of apparent consumption in 1965 and 22 per-
cent in 1970. In 1970, men's dress shoes entered under TSUS item 700.35,
made principally by the cement process, accounted for approximately 85
percent of total imports; shoes made by the welt process, entered under
TSUS items 700.26, 700.27, and 700.29, accounted for the remainder.
Bowling shoes and hunting boots
About 15 percent of the sales of Wisconsin Shoe in 1970'consisted
of bowling shoes and hunting boots. Data on U.S. production and imports
of such footwear are not separately reported in official statistics.
A-8 through A-18
STATISTICAL APPENDIX
0
dl d
0.1 o t-
■-1
r-1
• 43 g 41) 43 0
+' ;.4 0 0
o O CO la
3 co o O FS El. 0
sa C)
E4 4:11 43 cd
•cl
o O cf)
r ♦ 01 PI 0-1 cd
'Tail PI 43
; B
•cl 0 0
Ul 0 *4 +1 0
0 14CO
P4
• W
• .1-4
1 1
rt •
r-1
Cr1
0 •
0 5
0 (1) ■ 0 SA •
N N
On N N co c0 .C7n 0 H
ChNNer).-1 o c:: , ‘ C1
1 CV
r - 1 CO
r - 1 0
1)
Hr - I 0, r--
1 4 3
• - 1
CU CI 0 0 • r-1
w co CO \-0 CO
01
0 0
0 0 • 0, 0,
01 ON
ll, 0 •
ch
•
r-1 •
. 4. ,... - ti
m A -D
" 0
r
i tn . 6 O
N,_
,
i- , 0 ^
il) 1::1 4 3
0 03 •• .0 0 ",
1 •
4•1
7 ci ri',4',- ■ q g
i i
Afil 49
I q
r4"
'1
11
0 -a cd c - - 54 tH
NO t•-• CO • l•-• CO
C•1 CI 01 •
I `.0 C.-- CO 1 C•1 •
11 .0 t- cc
; 9 FA 'I
' • ,
q-.
h) 0 cv a) o
un un Le‘ co
V'
tn.
IA N
co
If N
un
UN CO
I-1 CO
In
un
IA
r
- 1 0\ c
-1 - 0 0 0 W • 14 4-1 •
Cn an an
- *
On
On On • • • • t--. .
- 1' ch On Cn n0 • t -
--y 0‘
0\ 0
\ cr., • ‘.0 C.--
54 54 0
0 + 3
ri
H H
0\ r - 1 H r - 1 0 0 CI 0
ON ON H 8 - 1 r - 1 01 0 0
\ 0%
1 - 4 r - 1 , - .4
Cn 0 cn
ci‘ co a) co cd 0 ct
- i cd 0
H co 0 a) 0
r.-I r--1, ■ -i
al
■ --1
,-.1
■ -I 4) r
-I
H a)
04
- 1 --
1 t ...-. a)
0
•
■ . 1.
. . .01
A
A A
.• ,
0 • - A I%
il ■ a P ' -1- 3
FA ,-
-... .0
0
0 0 0
^000 1 1 1 1 a
.000 a • 1
a a czt 0 0 a I
es .
0 0 o a) 0 4- , 0
54
■ -1 0. +, a) in 0 F.
- .
(r) fel C•N
H rfl fri C•1 H e-I ri r-I
H H (Y) 01
Pi H
r-1 r-1
H
Cr1
cr
l 01 \-0 r-1
H H
0 0 W • 41) (1) (1) • • • • • • 0 0 0 •
• • • 0
0 0
01 • •
•
..)
:
H
a5 4• 3
.., ; :
I:1
:1 ;
a) a.1 •r-i 54
•r4 4- ,
n-i
0 A 14.
0
PI lai g 0 0 0 0 0 0 0 ial 0. 0 0 0
g
g
g 0 0 0 0
0 ,0 o
0 0 p al 0 p p 0 al a
l cd al cd
0
0 0 cd
cd cd
•• •• •• •• •• ••
4. •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• • ■ • •• •• • • •• • • •• •• •• •• •• •• •• •• ••
••
r t g
0 ...
4 0
0
0 .
0
o 'P
o 0
k ON
0 -P /4
4- 3
CU 0
54 54
co
0
111
r-4 I-I 41 (I) .1-1 0
0 01
H cd 34 0 a)
CD
a)
s•O 0 u) a
s 0 . 0 • •cl A 0 0
•
+ .1 W
0 0
03
U
I
CO >
o .4 - 1 p
- 1- ) bn• 4
:1 H
u)
+, 4
4)
0 0
443
00 E
a
t=
1 a
43 "C1 0
4 3
•
0
•
IR 14 4 1. -6
-9.
. :4
0
•ci
a ,
4
a)
to .--
Ica..
p o 4
0 w p
0 0 Pk
el
g
CO 4 3
0 14
0
/.4 0 llik NA. let.
'.4:1.
".1. - 19- - 19 , - *11. - e• - e•
"S. 'IS , - '8. •e• 'El. -.0.
un 4
-
sa. IA hh.
4 3 4-4 r-4 P. FA
VA FA
0
Vt.
N 0 Ill
0\
co c- 0 CO \13 .....7 0 1.. el 0 C--- 0 CO NO .4' Wt. +3
• 4
3
%A 0 4- 3
CO 43 ■ 0 -p
lak 0 • • •
0 0 i4 o o o
I: 14 H H ,
- .1 ...*Crlf•IlvIC•10
.1CMCNirt .4' V10101 .
1/40 Lo,
in -1 - el
CO
UN '
I-1 01
0 \ CO
0 .1-1
0
0 p, 4
.4 4-I
Eff
ectiv
e
conc
ess
ion
s
•• •• •• • •
Abb
rev
iate
d d
esc
rip
tio
n
•
tO 0
g 43
A-20 .--1
0 •c•
0 0 a) 3
0 43 m
0
• • • • • • 4 • CI 4C-13 -19
UN UN
CY\ Ch VD UN UN \ID
to 0‘ on an In on ch ON \-0 \DLrs os osUl t.--. 0 -P
*-1 •r-I ••• 1-1 0 43 C-
• -• CO • t*-- CO t--- • 1*-- CO C- • \O UN in kr) ON N
• C.-- CO
H H ON r-1 H r-1 01 r-I H 4-1 0\ 0 \ I-1 r-1 \D t-- to c D Cl) . 0 ON
"I r-1 H H H 01 C9 ,4 H
2 0.4 PO CO.. Ci'D Tit)
On Ch .01 ON H • • • • " Ch ON H •• • ^ 0 \ A' • • A I.-1 H SA a c0a a a a a a a a a
•• •• •• •• •• .4 •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• • • •• •• •• •• •• •• •• •• •• •• o• •• •• •• . •• • cH 0 rci ,-I
N •■-i a) 0 43 a)
-..4-',1 0.g.4) °a) -Ow a) '154
r.- 0 •H 0 0 0. 0 0 0
0 0
_0- 5 • .0 03 CV
.r4
,--1 43 a) 1.13
4-3 •• • "el 6 - ' 4-1 0 \-0 43 0 0 Z FA 0 5-1 CV C O 54
0 • a) tal 0
° 0 Si " o .--I 0 N- 0 54c) .0 ... .r4 0, • on t--- co 0 to 43 0 43 H 04 0 .0
I a) . co -P 43 a) a) trN
'CI 0 • 44 CIN
44.›. ___THe col 4.).0 worn 0 ,0
•• • "
0 -H- 0 r-1 >, 134 .0
y., 4.,• • 4' In .0 rn ' 0 al ra +-I DI
----, 0 •c1CO Id ,0 `---, 5. 0 ••• 43
... ..4 co 0 0 0 0 0 H +3 CO CD ri1 CV a- 43 •./
102. NIA. let IR
0 0 0 0 0
C \I CV CV CV CV
•• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• •• ••
UN 49.
1 54 Si
14 0 •I/
*4 > > -P
cd 0 o P.
P4 I 0
I 43 -P
14 1 0 0 104
0
H
2 (3 0 0 Cl) 0
•• 0 I 0 0 4) • a) a) +3 • 0 -1:1 Pt I
N PI •cl k 0 al t--I co 0
-P -P .....,--.
a) 3 0 ' •r1 0 0 /4 0 4-' 1-4
0 .0 P . c0 0 0 0 4-3 0 .0
-P 0 H0 0 •H
0 b 49 0 0 0 -P 03 0 0 •ri CO 0
+3 0 $4 • 0 0 0 0
.
49- 03 n.0 4. El o o P.
•,-1 co CD "CI 0 .0
al -09- 4A 3'. •H 14-1 CD 0 ,0 0 •ri ,--1
0 Si $-1 +3 ca +3 721
0 r.-4 0 01 un 0
4. 0 •1.4 •" 0 4-3 o a) o a) --- ,-1 ,c1 Si Si \0 Si ...m -1-1 . a -P e.-I .0 •-• '0 0
k . 43 to 0 -co 0 02 al 130 0 a) 4-3 +) 43 -0
0 43 o > 4 0 0 •H +3 0 .0 0 0 Ca (1)
,C1 r1 Z 8 0 0 ,•r1 0 c,_, 0 +, a) . a) a) 4
43 0 P co 0 0 rd a) 0 C3 a) 43
0 0 0 •H 54 54 54 4 al
0 1-1
0 TS 04 P
0 a) P. 0 +3 0
-P 5.4 ;-.
0 0 • 4-5 0
" .. .. •. •... .. ...... •••• •• •• •. .• ..•• •• ......._•• •• • • •• ..•• • • ..• ' • • ...• •• ••• • •• •• •• • • •• • • • • •• •, -1 0. caeo o Is\ o
,-11 r-11 ;Ill 1 Ti al a)r. r-I 54 0
0 • a) al 0 CV
4-1
.., ••• •,-a)
2 UN
01 NO l•-- UN
Z $ .4);-1 •, :dr4 tr\C\1 NO\j30
O • N
0
CI ON
1 O"
o.i O
cn ' o
r_i 1 z0 00. COrn oco 0- 0. 49 0)
O o o o 0 . ral Cc?) tc). tca tg, 2.]
t- 1.-- . t- t-- t-
Per
cent
ad
val.