Subject: Prayer to be interviewed as a merchandiser
Dear Sir,
I am writing in response to your vacancy in the post of merchandiser The position requirements and my skills are a perfect match. As you’ll see on my enclosed resume, I have the educational background, professional experience, and track record for which you are searching. In addition, I am motivated and enthusiastic, and would appreciate the opportunity to contribute to your firm’s success.
I would welcome the opportunity to further discuss my skills and this position.
I will make myself available at your convenience, during or outside of normal business hours. If you have questions or would like to schedule an interview, please contact me by phone at 01712-5656127541 or by email at [email protected]. I have enclosed my resume for your review. I look forward to hearing from you. sss
Sincerely, Amdfdfran Ahdfdfdmed
Enclosure of Merchandising Tips: Detailed CVs
Garments Merchandising Questions and Answers
Question : What is PO?
Answer: PO meas purchase order
Years Supply for Buyer
% of Production currently taken by Buyer
Other Brands Present
Is there a trade union? (name)
Information Access Controls:
Does the factory have procedures in place to limit access to keys, key cards and computer systems to only those persons who have a job related need for such access? Are terminated employees immediately denied access to keys, computer system, etc.? Yeas.
Are information systems password protected, and are relevant employees provided with individually assigned IT system accounts? Yeas.
Are passwords subject to regular forced changes? Yeas.
Is there an established procedure to conduct periodic unannounced information access control security checks to ensure that all information access control security procedures are being performed properly? Yeas.
Shipment Information Controls:
Is there a designated company representative responsible for providing accurate information on the company products to the cargo broker/forwarder/carrier? Yeas.
Are records properly maintained on all shipments? Yeas.
Has the designed company representative been trained on the information requirements for shipments to the United States? Yeas.
Is there an established procedure to conduct periodic unannounced shipment information controls security checks to ensure that all shipment information controls security procedures are being performed properly? Yeas.
If no union, are there any worker representatives? How many?
% of workers covered by collective bargaining agreement through:
a.) Trade union
b.) Other means
Manager responsible for Health and Safety (if assigned)
Manager responsible for CSR and Code Compliance (if assigned)
Is accommodation provided for employees?
If so, is accommodation on-site or off-site?
What time does the factory start and finish work each day?
Detail shift times if appropriate
When are your peak seasons?
When are your low seasons?
Size of production site in square meters
Number of buildings and floors in the production site
Is Buyer production made at one site?
If not, please give details of other sites owned by your factory (address, size of site, and processes undertaken here). Note: this does not include sub-contractors
The conditions of exhaust processing on a jet
are simulated.
The capacity of a penetration accelerant to
destroy foam or control foaming during a dyeing cycle is assessed by measuring
the foam level in a Mathis laboratory overflow jet.
Apparatus
mathis lab dryer overflow jet JFO with Datex
200 control
( 70
mm jet )
Liquor circulation
100 l/min.
Fabric speed
20 m/min.
Textile material
750 g Tersuisse tricot ( item No. 5-4204 )
Dyes
0.15% Terasil Yellow 4G
0.40% Terasil Red 5G
0.15% Terasil Navy BGLN 200%
(dispersed in 500 ml de-ionized water )
Chemicals
1.35 g/l Univadin DIF
2.0
g/l ammonium sulphate
(dissolved in 500 ml de-ionized water)
load fabric into jet
add 6 lt. water and heat to 60°C
pump liquor into preparation tank
add dissolved chemicals, dyes and test
product to preparation tank
adjust to pH 4 – 4.5
run liquor back into dyeing machine
bulk liquor to 7.5 lt.
Dyeing
(programme No. 2)
raise temperature at 1.5°C/min to 130°C and
hold it there for 30 min.
note foam level at intervals of 10°C and
enter in the separate table ( enclosure 1 )
cool at 1.5°C/min to 80°C
then rinse cold
Assessment
mathis lab dryer -The foam generated is measured in cm, and the results are plotted in the form of a graph.
Procedure for starting the FOAMY
o Switch on FOAMY
Press “ON/OFF” button of B. Display of A flashes !
o Briefly press key "0" of A --> flashing stops --> A ready for program selection
o Program selection
Hold down key “0” of A. In display of A “00” or a figure appears above Step. Press the key “+” or “-” of A at the same time to select the program.
In the case of the antifoams it is program 01. —> enclosure 3
o Choice of liquor flow rate
Press key “Const” of B , then button “liquor flow rate control” of B. “Liquor flow rate” is activated in the display of B.
Set the desired value by pressing the key “+” or “-” of B .
In the case of the antifoams this is 1.6 lt/min.
o Preparation of program start
Press key “+” or “-” of A until the number “01” appears in the A display in the Step field.
The program is now ready to start.
o Textile material
Load the textile material loosely on the support and insert it into the cylinder of the FOAMY. Close cylinder.
o Foaming medium
Pour 1000 ml foaming medium into the foam generating cylinder. Close cylinder.
o Starting the program
Actuate the “Press” key of B. The system is pressurized. At 0.9 bar actuate the “Press” key again to stop the pressure increasing further.
o Press the "Pump" key of B. Liquor circulation starts.
Wait until the rate of liquor flow has stabilized at about 1.6 lt/min.
o Press key "S" of A .The time/temperature program starts running.
The entries and the current temperature, time and program step status now alternately appear in the A display.
o When the layer of foam in the foam generation cylinder has reached a thickness of 30 cm, meter in the required amount of antifoam via the sluice.
o Foam thickness in cm: note and record with reference to table "Foam measurement FOAMY ". --> enclosure 4
o On completion of testing, drain off liquor, remove material and clean FOAMY by a separate program.
The conditions in batchwise exhaust treatment on a winch beck are simulated. foam test procedure is generated by beating the test solution in a stationary cylinder with a perforated disk attached to a stem. Volume and stability of the foam are determined by measuring the amount immediately after beating and after prolonged standing, and compared with those of known products. Read more about Foamboard Printing
Equipment
1000-ml measuring cylinder
perforated disk (foam
plunger)
water bath
stopwatch
Ahiba foam beater (developed in-house )
Test solution The product to be tested is dissolved in de-ionized water and in water of 10° dH (12.5° Clark). A 2 g/l solution is generally used but a higher or lower concentration can be chosen, depending on the foaming properties of the product.
Procedure The test is usually carried out at a temperature of 25°C + 2°C. In exceptional cases it can also be performed at higher temperatures.
200 ml test solution is poured into the
measuring cylinder, care being taken to avoid foaming. The cylinder contents
are foamed by moving the plunger up and down 60 times at an even rate for 1
min. At each stroke the perforated plate is raised from the bottom to about the
1000-ml mark on the cylinder. After 1 min the plunger is taken out.
Assessment The amount of foam in ml between the top of the liquid column and the upper foam surface is measured immediately, after 1 min, after 5 min and after 10 min. foam test procedure
General
Conventional methods used to determine foaming
properties are based primarily on ascertaining the rate of collapse of foam at
a given temperature. (–> FHP 00.10,
FHP 00.11, FHP 00.12, FHP 00.14).
By and large these provide useful pointers to
the foam-forming or antifoam properties of
surfactants.
Yet they fail to yield practically relevant
information regarding antifoams by making too little allowance for a number
of factors with a major impact in
application, e.g.
– behaviour
at temperatures > 100°C and under
pressure
– behaviour
at a realistic cycle of temperatures
– continuous
foam generation in circulating liquor systems
– influence
of textile materials
– influence
of processing aids present on the textile
– uptake
or filtering out of antifoam components onto the textile
etc.
The FOAMY HT foam tester, produced in a joint project with ZELTEX, is a further development of the ” Berendt System”. The
new instrument, which consists of a ZELTEX
COLORSTAR CS 2 and the ZELTEX
FOAMY foam tester, enables
foaming properties to be studied under closely simulated mill conditions. The FOAMY
operates on the circulation principle. The liquor is pumped through the
textile material and through a spray nozzle with defined holes onto the liquor
surface, generating foam. The antifoam can be metered in via a sluice. Temperature and time conditions are
controlled by the integrated PC 1000
microcomputer. The rate of liquor flow is controlled by a microcomputer
integrated in the CS2.
1.
Working procedure
1.1
Introduction The FOAMY is used in particular to test antifoams such as o Albegal FFA o Albegal FFD o Albatex FFO o Albatex FFC o Cibaflow CIR o Cibaflow JET o corresponding research formulations o and competition products. The procedure is the same for all products: – charge with textile material and a foaming medium – generate foam by circulating liquor through the spray nozzle – add antifoam – start the time/temperature program – note and record the thickness of the foam layer
See enclosures 1 and 5 for a description and technical data of the COLORSTAR CS and the FOAMY respectively. The description of the PC 1000 is given in enclosure 2.
1.2
Required amount of antifoam and composition of foaming medium
Required amount of antifoam
Composition of foaming
medium
Albegal FFA
Cibaflow CIR
10 ml
10% w/v solution
Ultravon W h.c.(300%)
ammonium sulphate
adjusted to pH 4.7 with formic acid
0.15
2.0
g/l
g/l
Albegal FFD
10 ml
10% w/v solution
Ultravon W h.c.(300%)
ammonium sulphate
adjusted to pH 4.7 with formic acid
0.15
2.0
g/l
g/l
Albatex FFO
10 ml
4% w/v solution
Ultravon W h.c.(300%)
ammonium sulphate
adjusted to pH 4.7 with formic acid
0.1
2.0
g/l
g/l
Albatex FFC
Cibaflow JET
10 ml
3% w/v solution
Ultravon W h.c.(300%)
ammonium sulphate
adjusted to pH 4.7 with formic acid
0.2
2.0
g/l
g/l
1.3
Textile
material
38 g cotton/polyester tricot No.
7-4011. Width of material =
12.5 cm
The textile material is wound loosely,
without tension, on the FOAMY material support
1.4
Time
/ temperature program
The tests on the antifoams listed above are
all performed under the same time/temperature conditions. The conditions are
stored in the PC 1000 control unit..
Enclosure
3.
130°C
5 min.
130°C
5°C/min
3.5°C/min
90°C
50°C
50°C
10 min.
1.5
Procedural
steps with the FOAMY
Keyboard and display of the PC 1000
control unit ( A
below)
Keyboard Display
7
8
9
M
000
00
00
00
4
5
6
S
Temp.
Grad.
Time
Step
1
2
3
+
<
0
>
–
Keyboard and display of the CS 2
control unit ( B below)
Angular Type Box Stitching machine Complete with motor.
Terms and Condition
Delivery : From our Savar Godown after received the
full payment.
Origin : India.
Offer Validity : 07
Days
Warranty : One Years Warranty against manufacturing defects from the date of
Delivery. No
guarantee given on electrical Equipments,
Components or Parts. iiii
Production Procedure
Buyer will give us 150000000 Pcs carton per season 13 months which we have to produce. Read more about Printing Slotting & Die Cutting Machine Production floor will receive the work order. In absence of him otherperson has to receive. Any denial of work order receiving will be treated as violation of official discipline. Production must commence as per agreed paper combination as below. L= 170+165+165+165+150.
Local medium paper is strictly prohibitive to use for buyer orders.
Buyer will not accept any short shipment like 10 pcs, 20 pcs. The buyer production must be full quantity.
The carton must show Our logo with manufacturing date. They will monitor our quality in the ware house UK. In case any carton is damaged buyer will file claim to factory Therefor, production dept. has no way to be indifferent while producing the goods.
A separate store zone has to be arranged. The carton must be piled up reference number and customer with Bin card.
Each lot should contain the Bin Card showing buyer’s ret, Inspection pass seals.
Buyer will visit periodically unnoticed. If they find this is not maintained BTL enlisted as rejected source.
Daily production report to be provided to DGM to Marketing manager to send to office.
Compliance
We could manage to get this nomination on the ground of compliance as office had Yellow certification.
The daily floor management must be kept proper as compliance surveillance team will audit our factory unnoticed. he will be responsible.
As to findings of building code electrification, shortage, fire to safety must be rectified as per their CAP – request to keep strict compliance on this.
HR should give us the next audit date which will have to inform.
All old cartons and new cartons to be shifted to new shed and the existing shed should be converted to warehouse with CITIPAT and CC camera.
If compliance fails, nomination will be canceled instantly.
