growse lining

8/17/2019 Growse Lining

1/11


2/11


3/11


4/11

GROWS

LINING®

1'\

1

1

,\

II

( E J : M ) £ LlI. f-DlI % l i ~ ~ ~ t ; f . : i l

£ (If)

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( E J : M )

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5/11


6/11

PIPING

GROWSE LINING® E

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l i f ~

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R

AM

PIPE

IN

S

ERT

LI N I

N G I

2

5'..

~ i ' F

P ipin

g*,= *ll

12 x 6M llt"'] 'i:.ilEo] fl it

~ t - ] t : } .

t\'-o-

l. LAP

JO

INT T Y P E ~ # ; : : : STUB

END iif

ffl

-o-t"'] ~ J l .

STEEL

PIPE iR* Flare

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~ , = LAP J O

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.

Pipings manu

fac tu

red via GROWSE LINJNG®or RAM Pipe

In se rt Lining having

hi

gher qua

li

ty than Isostatic method

enable production of maximum 12" X6M. Especiall

y,

in

case of Lap Joint

type

piping,

it

's made by flaring directly

the end of the steel pipe without using the stub end.

FITTING

6

P ip e Lin

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% £

9.] F itting* ,= Elbow .

T

ee

.Cross. Re

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er

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Linin

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LINING"I

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Leakage-lj'-;<

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7/11


8/11

o PUMP COVER CASING

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SE

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Pump covers and casings with the GROWSE LlNlNG®curtail

work processes and keep mass production possible which reduce

cost and ensure quality unifonnity.

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EXP NSION JOINT

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q

Expansion joints with the GROWSE LINING®eliminated

all

shortcomings of the existing joints made with coating

linings which short usage with

thin

coating and pin holes.

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BOTTLE

l i f f W . I T ~ { b ~

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WSE

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Bottle with the GROWSE LINING®are for storing a

chemical solution and keep the purity of solution intac

t.

o

elr-fTANK£ .1 ¥ih iI

APPLICATIONS

ON USED

TANKS

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HE

ET

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NINGoI/A

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P IN

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Application of GROWSE LINING®on existing equipment

containers or tanks no longer usable by damage caused by

previous sheet lining, leakage and pin holes are recycle by

newly applying the GROWSE LINING®method.

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9/11


10/11

• L l N I N G ~

~

HI.ii .

~ ~

GROWSE

LlNING

" (PFA. ETFE }

SHEET LlN ING

(PTFE }

PFA. ETFE'i'''le

.It .< 'YW2.1

ZI

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l Q , ~

©

0

~ } ; 1 I D l I

t: 04

~ ~ 5 f x l

p ~ ~

4 1 ~ ~

3MM

O l ~ ' f J ~ I £

~ j l l ~ ~ ~ " ' - " ' -

©

SHEET ljllDile

~ " ' W I

PJ£Lf.

~ ~ ~ ~ £ I A I P J ~ ~ ~ D l l i = - ~ £ / ~ O l g , t ~

~ ~ t

'rue

U N I N G O I ~

. .:J.

SHEET ~ ~ D l I O I ~ O I ~ ~ l l i

~ i l ~ ~ ~ , f O l l £ I : l l ~ t { ; . ~ . ~ ~ O l

©

A 1

E

~ ~ ~

""'" .......

PFA.

ETFE:rAic

Q . f ~ 1 ~ < 5 f ( ) : j £

©

zl

~

;roo

~ ~ 2 j ~ O I C J . 1 ~

41

01A

t

~ . : 1 : T A I £ j

4 / ~ ~ ' § CH 5F ~

©

SHEET ;Z;:f

i

ll21 L H ~ ~ H ~ ~ £ q

eo

~ t } ; i l £ 1 4 1 ~ ~ ~ ~ ~

~ ~ f CJic f 1 . 2 ~ ~ ~

O I E . £

~ . f . ¥ I O n PIN HOLE

~ { : j O I

L H ~ ~ ~

lil U n i n g

l 2 1 1 l

~ O g , t c ~ ~ ~ ~

©

~ 2 . D : I . ~ ¥ ¥ l 0 l 1 CRACK

~ { l

~ 1 ~ ~ O I ~ ~

~ - § ~ 1 { } j 1 2 1 1 5 H ~ ~ o f J 1 l l i n i n g £ j D i

~ ~ i l 1

~ floP·JI of():j o f ( ) : j £ .

t J ; i : j l ~ ~ ~

C X ~ Minu

s

g ; ~ 0 1 1 £ ) . ~ 7 r c s

©

SHEET2i ~ ' i l A I O I £ l i " f 7 1 ~ O I

\ = t O f C U ~ ~ I ~ ~ ~ ~ O l

~

£ j ~ ~

2'1171

i I f E ' ~ " 1 P J e ~

J ; ' 2 . I ~ " 1

©

~ c ~ ~ ; l : i O I E £ f E 2 . T

P i ~

12

~

N G ~

~ ~ ~ I D l I 5 0 LINING 7 ~

©

~ O l 80

101"'-"'-

8 ~ ~ ~ ' 2

A I ~

J ~

*

lJ 7t

© uH4-4-'T 0

--9- T .6

AH

-7t 5

• COMPARISON

OF

LININGS

ITEM

GROWSE LlNING

PFA. ETFE }

SHEET

LlNING (PTFE }

Chemical No

reaction

to acid

and

alkali

©

Same as left

resistan

ce

Osmosis

No penetration onto

3mm

©

No penetration onto the sheet itself

thickness but

to

a

weld

No

weld

lining and

excellent

in

Foreign

materials could

be

Cleaning

non

-

stickiness

,

re

s

stance

to

grease

©

s

tuck

on the

welding

pans of

and water

the sheet.

Keeping

purity intac t to a solu tion

Same

as left

Puri ty

©

Therm al Very excellent

©

Excellent with the sheet

itself

but

r

esistance

weak with a weld

Impact As

long

as lining itself

is

not Possible pin holes at the we ld and

resistance

damaged.

shock-proofness

is

©

cracks

at

cUives

at heating pertee\.

Pressu re

Thermally adhered

linings

resist

©

Lining sheets

may

separate

from

resistance

against negative pre

ssure.

surface

E

xterior impact

As

l

ong

as

surface

is

safe.

lining

is

O.

©

Sheet

l

ining

made of rubber

of

abhesive

res

istance K.

could

be separated from the

body

Lining formi

ng

Possible with complex shapes

©

Possible

only wi th simple shapes

*

appreciation

©

very excellent

0

excellent D . possible for use

10

GLASS LININ G

~ ~ ~ t l . ~ ~ 2 1

sOli ~ § .

©

l

~ t l ~ l £ ~ l J t t ~

0

PIN HOLED I

~ f . - C }1£1 r u . ~

©

~ ¥ . f I c g,t2Q, 1 : : I 1 ~ ~ ~

.

l

~ T . i f ~ ~ O I I A i ~ ~ T A I O I I

0

Ijlofo:l

~ ~

©

CCJt}, ~ ~ 2 1

~ 0 I 1 ~ ~ £ j ~

0

O h ~ ~ ~ { f O I

~ { ~

l

GlASS£l 4 1 ~ ~ ~ 0 H ~

~

l

CRACK

~

~ 2 . I ~ ~ £ 1 ~ ~ ~ O l 0 H ~

l

£

~ o

l

MINUS ~ ~ 0 I ~ q ~ 7 ~

l

©

l

21'i';ii;?1D11 £1%101 ~ 1 ' I ~ ~ O I

l

'"

l

LINI NG

'f"iIDiI ~ O I

~ . < ? q .

0

~ ~ ' D I I 5 0

L l N I N G 7

~

GLASS

LINING

©

Reactive to fluoric acid phosphoric

l

acid and

alkali

0

No pin

ho

les

and no

penetration

©

No

weld

l

ining

and Inferior to luoro-

l

resin in

non

-

stickiness, resistance

to

0

grease

and water

Generating ionized elements to

©

fluoric

acid.

phosphoric

acid and

0

al

kal

i

l

Very

excellent

l

Cracks and peeling

l

l

l

Very

excellent

©

)

Fragile to

shock

f

rom

the

ex

t

erior

l

l

impact

Limited with thickness but

possible

l

0

.

with

complex shapes


11/11

growse lining

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