1. which base materials are treated :
2.
which layer thicknesses are requested :
3. necessary phosphorus content in the layer [%P] :
4. requested layer properties / which tests will be carried out :
5. which bath volume is sensible - depending on the liter charge :
6. working conditions and electrolyte parameters :
a) deposition speed [µm/h] :
b) temperature range :
c) pH range :
pH-correction with :
d) replenishment [manual/automatic] :
e) one or more shifts per day :
f) agitation : ... article agitation ... air agitation ... flooding
g) filtration : ... cartridges ... bags ..., filtration capacity [l/h] :
h) circulation of electrolyte [l/h] :
i) liter charge [dm˛/l] :
j) tank material : stainless steel ... polypropylene
...
k) with stainless steel tank is anodical protection available :
l) how many mto per bath make-up :
m) with how many g/l nickel should the bath be operated :
n) with how many g/l sodium hypophosphite should the bath be operated :
o) how often must analyses be carried out :
7.
make-up - replenishment - costs :
a) quantity of make-up for 100 l bath volume in kg or liters :
1. product kg or l x price ..... EUR/kg or liter
2.
product kg or l x price ..... EUR/kg or liter
3.
product kg or l x price ..... EUR/kg or liter
b)
replenishment for 1 MTO :
1. product kg or l x price ..... EUR/kg or liter
2.
product kg or l x price ..... EUR/kg or liter
3.
product kg or l x price ..... EUR/kg or liter
8.
price :
a) 10 µm/dm˛ : ....... cent waste disposal incl : yes
... no ...
or
b) 1 g deposited, pure nickel :
...... cent waste disposal incl. : yes ... no ...
9.
waste disposal carried out :
a) in the own company :
b) by an external company :
c) by the supplier :
10. which pretreatment steps are necessary :
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