ALIDUR SA, Belgium Share certificate 1938

Description

One bearer share certificate (Part de Fondateur) of "ALIDUR" SA  Liège ,Belgium  1938, without nominal value.Capital 550.000  francs.C
ondition (opinion):Very Fine (VF )
.Founded 1938.
Manufacture of light alloys.
Aluminium Foundry
Printer:Imp.Breuer SA ,Bruxelles.Uncancelled ,all  30 coupons remain uncut.
Founders:Ferdinand Clarenbaux et Forir, Mathieu Forir
Start business in Herstal,near Germany just before II WW and close to important gun industries in Herstal (still today)
(Fonderie aluminium.Fabrication d´alliages légers). There is a posibility,to be verified, the ALIDUR company was related with arms and military industrie.See below for related information from the web.
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Banknote Grading
UNC
AU
EF
VF
F
VG
G
Fair
Poor
Uncirculated
About Uncirculated
Extremely Fine
Very Fine
Fine
Very Good
Good
Fair
Poor
Edges
no counting marks
light counting folds OR...
light counting folds
corners are not fully rounded
much handling on edges
rounded edges
Folds
no folds
...OR one light fold through center
max. three light folds or one strong crease
several horizontal and vertical folds
many folds and creases
Paper
color
paper is clean with bright colors
paper may have minimal dirt or some color smudging, but still crisp
paper is not excessively dirty, but may have some softness
paper may be dirty, discolored or stained
very dirty, discolored and with some writing
very dirty, discolorated, with writing and some obscured portions
very dirty, discolored, with writing and obscured portions
Tears
no tears
no tears into the border
minor tears in the border, but out of design
tears into the design
Holes
no holes
no center hole, but staple hole usual
center hole and staple hole
Integrity
no pieces missing
no large pieces missing
piece missing
piece missing or tape holding pieces together
See some related information from the web:
( to be verified)
The following characterizations were carried out on the polymers mentioned in the examples:
Characterization:
Melt Flow Index (M.F.I.)
The M.F.I. of the fluorinated polymers is measured according to the ASTM 3275-89 method, at 275°C and with a weight of 2.16 kg.
Second melting temperature (T
mII
)
The T
mII
of the fluorinated polymers is determined by differential scanning calorimetry (DSC).
Permeability to water-vapor at 100°C
A metal plaque coated with a polymer layer is subjected to saturated water-vapor atmosphere at 100°C. The time at which blisters appear on the coating surface is measured.
Peeling force
The necessary force (N/mm) to separate the coating from the substrate is measured by a dynamometer.
Some illustrative Examples but not limitative of the present invention follow.
EXAMPLES
Preparation of the specimens
A carbon steel plaque of 100 mm x 100 mm with a thickness of 3 mm is sandblasted with sand of the type 16 mesh-sized brown red Corindone
ALIDUR
®, obtaining a roughness of about 7 micron.
Subsequently the plaque is heated in an oven at 275°C for 40 minutes and then extracted from the oven and earthed. The coating material is immediately sprayed thereon under the form of dry powder using a gun produced by the Swiss company GEMA, mod. 701/6, which electrostatically charges said powder with 40 kV voltage.
The plaque, after having been homogeneously coated with a first powder layer, is put again in the oven at the same temperature for 10 minutes.
Once the plaque has been extracted from the oven, other powder layers can be applied thereon, equal to or different from that of the first layer, repeating the above spraying and heating procedures in the oven.
More plaques are prepared, some of which are exposed to saturated water-vapor at 100°C (1 atm). Then the peeling force is measured on the plaques exposed to saturated water-vapor and on those not exposed.
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