Bopp Fi 2012(1)

BOPP FIPrecision woven stainless steel filter mesh

BOPP FI Precision woven stainless steel filter mesh

3© G. BOPP + CO. AG, CH-8046 Zurich – www.bopp.ch

After screen printing, filtration is the most important application for BOPP meshes. Today’s filter meshes and mesh combinations are the result of intensive research combined with the experience of countless different applications in diverse industrial sectors. The best filtration results can only be attained by achieving the optimum balance between the differing elements: premium quality materials, primarily stainless steel, fault free meshes, accurate handling and a comprehensive under standing of filtration processes in the most diverse applications.

Q Optimum results with steel filter mesh

Using our meshes is your guarantee of secure and economical filtration results. As of the first flow of gases and liquids contraining solids, the mesh will screen out all particles larger than the pores from the solids-bearing gases or liquids. These remain on the mesh surface and, with time, build up a filter cake, which works as a further filtration medium. The filtrate is removed when it becomes too thick or too compacted. Accurate pore distribution results in regular build up of filter cake, and the smooth surface of our meshes guarantees good cake release and backwashing properties.

Q Filtration using BOPP meshes


4

Q Examples of applications and features

© G. BOPP + CO. AG, CH-8046 Zurich – www.bopp.ch

Industry sector Type of filtration Advantages, Features

Candle filters Nutsche filters Dryers Bag filters

Aeration elementsFluidised bed floorsDe-aeration filters

Filter elements and discs as dirt or control filter

Coolant filter/filter drum

Disc filter for coal/mineralsHigh pressure hydraulic filter candles

Fuel filtersFilters for brake fluid and servos

Filters for oil pressesFilter plates for juice and wine

Melt filtersPolymer candle filtersSpinning filters

Chemicals

Pharmaceuticals

Hydraulics

Machine tools

Mining

Automotive industry

Foodstuffs

Plastics manufacture

Easy to pleatAdvanced levels of separationDefined flow, defined pressure differentialRobust, easy to clean

Chemical resistanceDefined flow, defined pressure differentialFacilitates CIP (Cleaning in Place)

Robust, preciseLow pressure differential

Low pressure differential

RobustStable to high pressure

Accurate, low pressure differential

CleanableChemical resistance

AccurateStable to high pressure

Q The most important considerations in terms of challenges in the filtration process are:

Material Loading in operation; mechanical/thermal/chemical

Pressure ratio Mass/dimensions/shape Installation situation Accessories Hygiene demands Ergonomics in operation Standards demands

Q The most important considerations for solutions to demanding filtration applications are:

Material Wire diameter Pore count, mesh size Filter fineness Mesh type/geometry Workability Bonding technology


Q The key to performance filtration: choosing the right meshWe divide our meshes into single layer and multi-layer materials.

Single layer filter meshes

Multi-layer laminates

Twilled

Plain

Betamesh

Betamesh R

Robusta

Duplex

Square weave mesh

Poremet

Absolta

Topmesh 2

Topmesh 3

Poreflo

Sepa

ratio

n ef

fect

Low

pre

ssur

e lo

ss

Hig

h flo

w ra

tes

Bac

kwas

habi

lity

Stab

ility

Load

bear

ing

Poro

sity

Spot

wel

ding

Roll

seam

wel

ding

TIG

pla

sma

wel

ding

++

++

++

+

+

++

O

++

++

++

++

++

Q Properties and advantages of BOPP meshes:

Advanced stability Flat surface structure High resistance to abrasion Regular pore distribution Narrow pore size allocation Good plasticity Good flow rates No particle detachment Chemical and thermal resistance Easy to clean Advanced reliability

Q Filter fineness and pore size

The determination of geometric pore size is based on weaving parameters such as type of weave, warp and weft diameters and mesh count. The geometric pore size defines the diameter of the largest sphere passing through the weave.The underlying equations to determine the geometric pore size were developed and tested in laboratory conditions at the IMVT institute of the University of Stuttgart within the scope of the AVIF projects A224 and A251. For some weave specifications, where these equations are not valid, the pore size was determined in a dry glass bead test.

The filter fineness or pore size is an important characteristic of filter meshes. Today, this statistic is only given in terms of the absolute filter fineness. This means the diameter of the largest solid spherical particle, which can pass through the filter medium under static flow conditions. Two processes are used to establish this value, the glass bead test and the bubble point test, according to APR 901. In practice, the latter is more often used, as the glass bead test is very complex.

Resi

stan

ce w

eldi

ng

Ann

ealin

g

Stam

ping

Cut

ting

Ben

d ra

dius

Plea

ting

O

+

++

++

+

+

++++

-

O

+

+

-

O

++

+++

+++

++

+

++++

-

O

+

+

-

+

++

+++

+++

++

++

++++

O

+

++

++

-

+

++

O

O

++

++

-

++++

+++

++

++

+++

-

-

-

O

O

O

-

++++

++++

+

++

+++

-

O

++

++

O

O

++

-

O

+

+

-

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

O

-

-

-

-

-

-

++

+

O

+

++

++

-

++

-

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

++

+

++

++

+

++

++

O

O

O

O

O

++

++

++

+

+

++

++++

O

-

+

O

+

++

++

++

O

O

+

+++

-

-

++

+

-

6


Q Single layer meshes

For monofilaments, a twilled mesh weave produces the smallest pores and a smooth mesh surface, whilst the larger material cross section gives higher levels of mesh stability. When passing through twilled mesh, the particles must negotiate five offset pore

levels. This means that oblong, thin, rod-shaped and fibrous particles are securely retained. Fine specification twilled meshes are used for fine filtration such as pressure filtration in hydraulic steering equipment and fuel filters for critical applications. Coarser specification

twilled meshes are used for pressure and vacuum filtration (disc, cell and drum filters) and as a porous medium for fluidised bed applications. These meshes are usually manufactured from stainless steel.


Q Twilled weave

These meshes have a slightly textured surface and are particularly useful for

high flow rates and low pressure loss. They are used where mechanical loading

is increased, such as for settling filters and filter candles.

Q Plain weave


Betamesh is a further development from plain weave mesh. In comparison to the standard plain weave, it has a greater pore count, and the pores on the surface are smaller than the inner pores. The mesh therefore achieves higher flow rates and greater dirt removal

capabilities, and also features exceptional backwashing performance. These meshes are generally used for oil and fuel systems, subject to higher levels of contamination, and also to protect steering and fuel injection jets as well as friction bearings.

Betamesh R is a variant developed for simpler filtration tasks, which is particularly suitable for higher mechanical loadings due to the Robusta mesh design.

Q Betamesh

Thanks to higher levels of porosity, this mesh can withstand particularly high flow rates. A regular

cross section in both warp and weft directions facilitates the highest mechanical loadings. These

robust meshes are used for settling filters, filter candles, vacuum filters and well filters.

Q Robusta


8 © G. BOPP + CO. AG, CH-8046 Zurich – www.bopp.ch

These meshes also achieve high flow rates and can withstand high mechanical

loadings. Duplex meshes are the preferred choice for applications such as pressure

and vacuum fi l ters , as wel l as f i l ter candles .

Q Duplex

In contrast to the twilled meshes, the wires in this design of mesh are woven with a gap. This results in open apertures, which liquids can stream through. Exceptionally

low resistance and particularly effective backwashing are two particular characteristics of this mesh. Square weave meshes are used for dirt filters with low pressure differentials,

for applications such as backwashing in conjunction with support meshes.

Q Square weave mesh

Q Filter mesh comparison

9

Die Eigenschaften der Filtergewebe im direkten Vergleich

QMG Betamesh Betamesh R Glatte Tresse Robusta Duplex Körpertresse

Maximale Filterfeinheit in µm > 10.000 90 100 250 100 100 100Minimale Filterfeinheit in µm 20 15 20 10 10 8 < 1Trennschärfe o ++ + ++ + ++ ++Stabilität - o o ++ ++ ++ +Differenzdruck ++ + + o o o -Rückspülfähigkeit ++ ++ + + + + oPorosität ++ ++ ++ o o o -Punkt-Schweißen ++ ++ ++ ++ ++ ++ ++Rollnaht-Schweißen ++ ++ ++ ++ ++ ++ ++WIG-/Plasma-Schweißen - - - - - - oGlühen ++ ++ ++ ++ ++ ++ ++Stanzen ++ ++ ++ ++ ++ ++ ++Schneiden ++ ++ ++ + + ++ ++

++ = sehr gut, + = gut, o = befriedigend, - = ausreichend

Filtergewebevergleich

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

Filterfeinheit in µm



BetameshBetamesh RDuplexGlatte TresseKörpertresseQMGRobusta

Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck

BOPP FI Metallfiltergewebe aus Edelstahl

9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck


9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck


9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck



9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck


Price

Pric

e, lo

garit

hmic

Filter fineness in microns

9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck


Tensile Strength

Tens

ile S

treng

th

9






0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100

0 10 20 30 40 50 60 70 80 90 100





Prei

s, lo

garit

hmisc

hSt

reck

gren

ze R

pDi

ffere

nzdr

uck

dp, l

ogar

ithm

isch

Preis

Streckgrenze

Differenzdruck


Differential Pressure

Diff

eren

tial P

ress

ure,

loga

rithm

ic

Betamesh

Betamesh R

Duplex

Plain weave

Twilled mesh

Square weave mesh

Robusta



10


Q Multi-layer sintered meshes (laminates)

POREMET is a plate-like filter medium consisting of five different layers of mesh. The mesh layers are put together and sintered

using both heat and pressure. The special design achieves an optimum combination of stability, filter fineness, flow rate and back-

washing properties. POREMET is used primarily for the filtration of highly viscous liquids.


Q POREMET

Our product portfolio includes a range of highly developed mesh laminates for diverse applications. On request, we can produce bespoke mesh combinations with special properties.

ABSOLTA N is a laminated sinter mesh, similar to POREMET with optimum flow

rates and backwashing capabilities.

Q ABSOLTA N

ABSOLTA D is a five layer construction with a reduced thickness of 1.7 to 1.8 mm.

ABSOLTA meshes are used in liquid and gas filtration applications.

Q ABSOLTA D


TOPMESH 2 is a two layer combination consisting of a filter mesh and a support mesh. Sintering the two together results in

a robust filter medium for fine filtration in harsh industrial conditions.

Q TOPMESH 2

TOPMESH 3 is a stronger version, strengthened using two support mesh layers. This mesh is used

for even tougher conditions.

Q TOPMESH 3

POREFLO is a plate-like, two or three layer laminate, where offset layered filter meshes are compressed to achieve different levels of

filter fineness. The laminate is transformed into an air permeable metallic membrane, which is used in fluidisation and aeration applications

and in fluidised bed technology.

Q POREFLO

12


Q BOPP offers much more than premium quality meshes


Q Engineering

Which alloy should be used? Which mesh is best? What improvements are possible with existing applications? Our specialists make sure you are satisfied with the results.

Choice of material Application technology, component design

Analysis, optimisation Certification, expertise

Q Product development, production

Correct handling of fine meshes demands specific knowledge and equipment. Our personnel are skilled and benefit from decades of relevant experience.

Engineering consultancyProcessingThermal and chemical finishingEquipment and knowledge buildingPrototyping, single unit productionMass productionSpare partsOEM partsSite services

Q Logistics

Reliability, security, economy and flexibility – these are standard considerations for our logistics and ancillary services.

Computerised stock control Consignment warehouse JIT deliveries Professional goods packaging Economical modes of transport

13

Q BOPP offers much more than premium quality meshes


Q Good reasons to choose BOPP

Q Quality

Our premium meshes are manufactured using state of the art equipment. The majority of our raw materials are produced in our own wire drawing plant.

Q Experience

Over decades, we have analysed and optimised hundreds of challenging filtration processes and developed a whole range of new solutions.

Q Economy

We are always finding new ways to incre-ase production efficiency whilst retaining the same high standards of quality.

Q Reproducibility

We maintain process orientated procedures and thereby guarantee maximum repro-ducibility.

Q Security

We manufacture in an economically and commercially stable environment and, together with a comprehensive stockholding, can guarantee above average levels of product availability.

Q Environmental Awareness

Our equipment conforms to the very latest standards in terms of energy consumption and environmental sustainability. We are active participants in schemes to reduce our energy consumption and members of Cleantech organisations.


14 © G. BOPP + CO. AG, CH-8046 Zurich – www.bopp.ch

Q�Technical data filter mesh

Twilled weave

Plain weave

Betamesh

Betamesh R

Robusta

Duplex

Square weave mesh

688101014182121468812116630* 30*4545729112015316225630130615202530354050607590283643801719213140536583151175*751923375558821122025324250637180100

510 x 3600450 x 2750375 x 2300350 x 2600325 x 2300200 x 1400200 x 2000165 x 1100165 x 1400 80 x 700 40 x 56030 x 360 20 x 250

*165 x 800*200 x 60080 x 40080 x 30050 x 25040 x 20030 x 15024 x 11020 x 15014 x 8812 x 64 8 x 85

Betamesh 15Betamesh 20Betamesh 25Betamesh 30Betamesh 35Betamesh 40Betamesh 50Betamesh 60Betamesh 75Betamesh 90

Betamesh R 25Betamesh R 34Betamesh R 48Betamesh R 80

720 x 150625 x 130 600 x 125 600 x 100 280 x 70 175 x 50 140 x 40 130 x 35108 x 2486 x 21

*400 x 125Duplex 15Duplex 20Duplex 30Duplex 35Duplex 45Duplex 60Duplex 75

w 0,020 mm - d 0,020 mmw 0,025 mm - d 0,025 mmw 0,032 mm - d 0,025 mmw 0,042 mm - d 0,036 mmw 0,050 mm - d 0,040 mmw 0,063 mm - d 0,040 mmw 0,071 mm - d 0,050 mmw 0,080 mm - d 0,050 mmw 0,100 mm - d 0,065 mm

40 / 100 35 / 140 60 / 160 55 / 148 65 / 160 140 / 230 65 / 180 130 / 230 130 / 230 130 / 480 200 / 600 280 / 900 180 / 1300 130 / 270 110 / 150200 / 210210 / 255150 / 320210 / 400260 / 520500 / 720200 / 500550 / 900650 / 1200150 / 90055 / 70 70 / 90 95 / 100 110 / 110 130 / 120 140 / 140 190 / 190 210 / 230 280 / 240 330 / 32075 / 210 90 / 210110 / 180180 / 22095 / 205100 / 250100 / 220100 / 220210 / 330400 / 480600 / 550520 / 600600 / 330690 / 360160 / 13560 / 130

100 / 180 100 / 230 240 / 400 180 / 350 540 / 580 570 / 660

25 / 2535 / 3530 / 3045 / 4545 / 4540 / 4055 / 5550 / 5070 / 70

142‘000 94‘000 63‘000 72‘800 54‘000 21‘000 32‘000 14‘520 17‘000 4‘500 1‘700 840 380

10‘200 9‘3009‘4007‘4403‘7002‘4001‘400770930370240210

75‘300 52‘200 38‘000 28‘200 21‘200 16‘300 10‘900 7‘400 4‘600 3‘20029‘10020‘90011‘2003‘80033‘50025‘18823‘30018‘6006‘1002‘7001‘7001‘400804560

3‘90039‘200 22‘300 11‘400 3‘700 3‘700 1‘260 870

0.10 0.09 0.12 0.11 0.15 0.30 0.15 0.25 0.25 0.25 0.400.58 0.39 0.250.220.390.420.300.400.490.960.391.081.340.320.14 0.17 0.22 0.27 0.32 0.35 0.45 0.53 0.69 0.820.230.290.380.650.270.340.340.330.711.231.551.632.092.390.550.12 0.21 0.20 0.52 0.39 1.16 1.160.080.100.090.130.140.120.160.150.20

0.25 0.33 0.42 0.39 0.42 0.67 0.48 0.69 0.67 1.25 1.672.50 3.67 0.670.380.590.750.941.171.502.171.502.673.512.670.17 0.21 0.23 0.27 0.30 0.33 0.42 0.50 0.63 0.750.620.650.530.790.580.680.600.610.951.391.791.730.961.040.390.27 0.38 0.47 0.94 0.94 1.67 1.920.080.100.090.130.140.120.160.150.20

0.050.060.080.080.080.150.110.160.150.250.380.550.690.170.150.260.310.360.460.590.880.611.141.441.000.090.110.130.150.170.200.250.300.380.460.190.220.250.420.180.210.200.220.390.600.760.800.861.000.230.100.140.180.350.340.650.740.040.050.050.080.090.090.110.110.14

Mesh type Geometricpore size

µm

Meshdescription

Mesh

Yield Warp/WeftRp N/cm

Numberof poresNPores/cm2

AsKmm2/cm

AsSmm2/cm

A0rei %

Porosity%

Weightkg/m2

Meshthickness

mm

353333383433423637384442394659626265656563686665696564646464656465646555566364525053575655555763645860576057575254636368666771707271

544644856711968919201615161327232228222731333334353434332432353214121730231532172422161191171067252532293137343837

0.280.350.460.390.460.810.500.810.761.181.722.493.340.740.480.820.921.031.301.612.641.533.133.902.440.250.320.370.450.510.570.720.861.111.310.680.750.731.150.690.820.750.751.342.112.802.702.502.800.750.300.470.561.211.102.342.590.130.160.140.210.230.200.260.240.33

specificflow-rate

ratioEu

1‘7541‘7621‘7091‘0951‘148919437555480221948998175798977403525291818151219117914913311597796756442491919647

38536925818011795846025204196110595948523950422523181212109

*Twilled dutch single wire cloth: Pore size evaluated through dry glass bead test 97%.

Eu: The non-dimensional Euler number describes the ratio of pressure forces to inertial forces for the different weave specifications at similar flow conditions. The higher the Euler number of a weave specification, the higher the pressure loss of this weave specification will be. The Euler number allows comparison of differing weave specifications in terms of pressure loss. The determination of geometric pore size is based on weaving parameters such as type of weave, warp and weft diameters and mesh count. The geometric pore size defines the diameter of the largest sphere passing through the weave. The underlying equations to determine the geometric pore size were developed and tested in laboratory conditions at the IMVT institute of the University of Stuttgart within the scope of the AVIF projects A224 and A251. For some weave specifications, where these equations are not valid, the pore size was determined in a dry glass bead test.

*Robusta wire cloth: Pore size evaluated through dry glass bead test 97%.


Poremet 2Poremet 5Poremet 10Poremet 15Poremet 20Poremet 30Poremet 40Poremet 50Poremet 60Poremet 75Absolta 2Absolta 5Absolta 10Absolta 15Absolta 20Absolta 30Absolta 40Absolta 50Absolta 60Absolta 75TM3-KT 2TM3-KT 5TM3-KT 10TM3-BM 15TM3-BM 20TM3-BM 25TM3-BM 30TM3-QM 40TM3-QM 50TM3-QM 60TM3-QM 80TM3-QM 100TM3-QM 150TM3-QM 200TM3-QM 500

TM2-KT 2TM2-KT 5TM2-KT 10TM2-BM 15TM2-BM 20TM2-BM 25TM2-BM 30TM2-BM 40TM2-QM 50TM2-QM 60TM2-QM 80TM2-QM 100TM2-QM 150TM2-QM 200TM2-QM 500

PF-303PF-304PF-305PF-206PF-207PF-208PF-209PF-211

Notes:Pressure drop is calculated for gas at an inflow speed of ca 20m/min. The values are suitable for comparing the laminates.As is the effective average of the wires, which run perpendicular to the cut edge. Rp0,2 is the minimum value in trials for Poremet and Absolta and is derived for Topmesh and Poreflo.The values given in these tables are typical for sintered meshes. These properties are not guaranteed.We retain the right to make technical changes and to implement further developments.

Poremet

Absolta

Topmesh3-layer

Topmesh2-layer

Poreflo

1.71.71.71.71.71.71.71.71.71.72.52.52.52.52.52.52.52.52.52.52.02.02.02.02.02.02.02.02.02.02.02.02.02.02.00.70.70.70.70.70.70.70.70.70.70.70.80.81.41.41.251.451.600.851.001.051.201.45

30303030303030303030555555555555555555556060606060606060606060606060606060606060606060606060707065651015201012142035

6.805.003.102.051.911.691.541.431.340.564.303.302.251.460.610.530.400.290.190.083.542.771.720.620.580.470.350.130.110.080.070.070.060.060.034.603.801.800.710.530.480.400.380.100.090.060.040.030.030.02

100.0050.0020.0010.005.002.501.250.70

5.15.15.15.15.15.15.15.15.15.14.94.94.94.94.94.94.94.94.94.93.63.63.63.63.63.63.63.63.63.63.63.63.63.63.61.31.31.31.31.31.31.31.31.31.31.31.31.31.31.35.25.25.24.84.84.84.84.8

108010801080108010801080108010801080108078078078078078078078078078078057357357357357357357357357357357357357357357320720720720720720720720720720720720720720720711011101110110161016101610161016

9.5010.0010.009.509.509.509.5010.0010.0010.009.009.009.008.508.508.508.509.009.009.006.606.606.606.606.206.206.206.106.106.106.106.206.206.206.202.302.302.302.302.302.302.302.302.302.302.301.771.773.753.758.809.609.907.207.207.307.507.50

Description Thicknessmm

Porosity%

Pressure Dropmbar

Asmm2/cm

Rp0,2N/cm

Weightkg/m2

Q�Technical data sintered mesh laminates

101421202535506075901014212025355060759010142115202530425063801001602005301014211520253040506180100150250530

Geometricpore size

µm

specificflow-rate

ratioEu

514637842346155114461279116610821014424325424981703110546240130321914461

2682209912984694393562659883615353454523

34812876136253740136330328876684530232315

756833784115137756837841892946530

The BOPP Group

Head Office in Zurich

06.2

012

Mar

ketin

g/VO

R

Q Switzerland

G. BOPP + CO. AGBachmannweg 21CH-8046 ZurichPhone +41 (0)44 377 66 66E-Mail [email protected]

G. BOPP + CO. AGMühltobel CH-9427 WolfhaldenPhone +41 (0)71 888 60 66 E-Mail [email protected]

Filinox AGMühltobel CH-9427 WolfhaldenPhone +41 (0)71 888 60 22 E-Mail [email protected]

Q Germany

Spörl KGStaudenweg 1372517 SigmaringendorfPhone +49 (0) 7571 7393-0E-Mail [email protected]

Q England

G. BOPP & CO. LTD.Grange Close Clover Nook Industrial Park Somercotes, Derbyshire DE 55 4QT Phone +44 (0) 1773 521 266E-Mail [email protected]

Q Italy

BOPP Italia srlVia Sestriere 5/310060 Candiolo (TO)Phone +39 011 9624984E-Mail [email protected]

Q Sweden

BOPP Utildi ABBox 118SE-312 22 LaholmPhone +46 430 792 50E-Mail [email protected]

Q USA

G. BOPP USA Inc.4 Bill Horton WayWappingers Falls, NY 12590Phone +1 845 296 1065E-Mail [email protected]

Q Korea

Samwoo Enterprise (G. BOPP ASIA)Room 536, Shinan Metro Khan B/D1115, Bisan-Dong, Dongan-GuAnyang-City, Kyungki-DoPhone +82 31 388 0656E-Mail [email protected]

Q China

Samwoo Enterprise (G. BOPP ASIA)Room 508, Building BLotus SquareNo. 1050, Wuzhong Road, Minhang District ShanghaiPhone +86 21 6126-5496 / 5497E-Mail [email protected]

Bopp Fi 2012(1)

Documents

Transcript of Bopp Fi 2012(1)