Monolithic Refractory Lining (Calderys)

THERMAL INDUSTRY

Monolithic Concept Solutions

CEMENT PLANTS

Innovative Refractory Solutions for

the Cement industries

Calderys has been working for decades with successful activity in the cement industry worldwide, worldwide, and we are considered as a reference supplier. We oer a ull range o solutions based

Calderys’ own team of

on monolithic reractories that result in

experienced engineers can

an ecient lining lie.

provide:

Progress have been made through

•

the research and development o

TOTTAL monolithic reractory lining TO solutions,

innovative products amilies such

•

as the LCC (Low Cement Castables)

MIXED lining solutions combining bricks and monolithics.

and their alkali resistant versus which are specially dedicated to cement

We can offer TURN KEYS projects

production conditions.

including:

The combination o recent product

•

design with modern installation

engineering

techniques such as Spraycast (shotcrete) and LPGM (Low Porosity Calderys to be a pioneer in reractory Supervising team

•

•

Dense Gunning Mixes) allows technology and solutions.

Reractory solution design and

•

Job site preparation Time and delivery schedules Planning o ressources

•

Reractory & material supplies

•

Management o manpower

•

Supervision and installation

•

First drying

Design specialists

2

Monolithic concept solutions or Thermal Thermal Industry - Cement Plants

Stresses in the Cement industry

The different units of cement plant: •

•

Heat exchanger Precalciner

•

Inlet chamber

•

Firing hood

•

Nosering

•

suffer from: •

•

High abrasion Severe corrosion by alkalies, sulphur and chloride.

Burner lance and cooler.

Abrasion

The lining is progressively worn o

thanks to their original and very dense

abrasion resistance associated with

in the lower part o the tower by hot

structure compared to conventional

thermal shock properties.

meal, and in the lower static units

castables, present very high mechanical

by clinker. Low cement castables,

resistance and up to exceptional

Conventional castable matrix

Low Cement matrix

Monolithic concept solutions or Thermal Industry - Cement Plants

Ultra Low Cement matrix

3

Corrosion

More and more cement producers try to lower the

Reduction of the fuel cost

cost of energy and move from traditional coal to petcoke

COSTS

and alternative fuels. r e k n i l k t / s t s o C

Coal & Petcoke Lignite Wood Bottom Ash

Time

Natural Gas Secondary Fuel Secondary Raw Materials Animal Meal

PROFITS

Development of costs

By sulfur

By alkalies

Petcoke introduces sulur. Alternative

The worst is the corrosion by alkalies.

LC and ULCC present the lowest

uels such as plastics, tyres, animal

Alkalies K2O and Na2O are in volatile

permeability and when they are

meals, wood, RDS (Residu Domestic

orm as sulates and chlorides. When

enriched with additives such as

Solid waste), solvents, used oils…

they penetrate the reractories, alkalies

silicium carbide (SiC) and zircon ZrO2,

contain alkalies, sulphur and chlorine.

react with the matrix and aggregates

they are protected rom corrosion by

The use o alternative uels results

to orm with alumina and silica new

alkalies. Calderys oers a ull range o

in increased salt concentration in

phases with growth-expansion and

these products to ace the most severe

the structure o reractory lining.

very low melting point leading to

conditions.

Materials with the lowest pore size

severe build up and destruction o the

Build up ormation is drastically

and permeability must be b e preerred

lining.

reduced and lietime is extended.

Poor alkali resistant castable

Good alkali resistant castable

to avoid excessive inltration, condensation o salts with bursting destruction.

Bursting destruction

4


Solutions or

Dense gunning LPGM and Spraycast solutions

Due to the request o cement

LPGM, LC products with high abrasion

behind ormworks. Installation rates

industry or short stoppage and ast

and alkaly resistance.

up to 2.5/3T per hour can be achieved

installations, Calderys was the rst

These techniques render possible

(including preparation, gunning and

to come to the market with the new

installation times 3 to 10 times

cleaning).

gunning technologies Spraycast or

quicker compared to bricks or casting

Mid Cyclones CALDE™ GUN LA 60 Z CALDE™ GUN LF 50 CALDE™ SPRAYCAST F 50 R

Tertiary Air Duct

Elbow

CALDE™ GUN LF 50 CALDE™ SPRAYCAST F 50 R

CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST F 50 R

Lower Cyclone

Firing-Hood

CALDE™ GUN LA 50 SZ CALDE™ GUN LA 60 Z CALDE™ GUN LB 84 CALDE™ GUN LF 45 S CALDE™ SPRAYCAST F 50 R

CALDE™ GUN LA 60 Z CALDE™ GUN LB 84 CALDE™ GUN LS 30 CALDE™ SPRAY SPR AYCAST CAST BX 85 CALDE™ SPRAYCAST F 50 R

Precalciner

Nose-Ring

CALDE™ GUN LA 50 SZ CALDE™ GUN LA 60 Z CALDE™ GUN LB 84 CALDE™ GUN LF 45 S CALDE™ SPRAYCAST SIC 30 R

CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST BX 85

Insulation CALDE ™GUN LW

Cooler Top CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST F 50 R

Inlet Chamber CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST F 50 R CALDE™ SPRAYCAST SIC 30 R

Feed Tile CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST F 50 R CALDE™ SPRAYCAST SIC 30 R (cast)

Conus

Chute-Wall

CALDE™ GUN LF 45 S CALDE™ SPRAYCAST F 50 R

CALDE™ GUN LA 60 Z CALDE™ GUN LS 30 CALDE™ SPRAYCAST BX 85

Bull-Nose

Cooler-Mid Bottom

Cooler Bottom End

CALDE™ GUN LA 50 SZ CALDE™ SPRAYCAST BX 85 CALDE™ SPRAYCAST F 50 R

CALDE™ GUN LB 84 CALDE™ SPRAYCAST F 50 R

CALDE™ GUN LF 50 CALDE™ SPRAYCAST F 50 R


5

Solutions or

Preheater Tower Cyclones - Gas Ducts - Meal Pipes

Meal enters through the uppermost

The choice o the appropriate

The wall installation may have two

hot air duct and is preheated within

monolithic lining material is made

layers o castables with an appropriate

the various levels o the cyclones by

according to thermal and chemical

anchoring system. The ollowing

hot combustion gas coming rom

conditions experienced in the area.

installation methods can be applied:

the rotary kiln. In these cyclones,

CASTING WITH

CALDE™ CAST

temperatures vary rom 300°C

STAN ST ANDA DARD RD GU GUNN NNIN ING G WI WITH TH

CALD CA LDE™ E™ GU GUN N

(upper part) to 930°C (lower part).

DENSE GUNNING WITH

CALDE™ SPRAYCAST or LPGM

Upper Cyclones/Gas Ducts Standard & severe conditions

CALDE™ CAST F 32 C/G CALDE™ GUN C 20

Insulating Materials CALDE™ CAST LW MIX 124 C/G CALDE™ CAST XL 106 C/G

Mid Cyclones/Gas Ducts/ Meal Pipes All conditions

CALDE™ CAST F 32 CALDE™ CAST M 28 HR CALDE™ FLOW AZ CALDE™ GUN C 28 HR

Lower Cyclones/Gas Ducts/ Meal Pipes Standard conditions

CALDE™ CAST LF 40 CALDE™ CAST M 28 HR CALDE™ GUN C 28 HR CALDE™ GUN F 40 A Severe conditions

CALDE™ CAST LR 45 CALDE™ CAST LZ 106 CALDE™ FLOW AZ CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ C ALDE™ GUN range

6


Solutions or

Preheater Tower Calciner - Combustion Chamber - Riser Duct

The installation o a calciner in the

thereore resulting in a reduction o

circulation, the reractory material

cyclone heat exchanger enables

the entire combustion process.

is exposed to severe thermal and

preheating and calcination o the

In these areas, due to a high

chemical conditions. Here, alkali-

raw meal using or burning dierent

temperature process o about 1100

resistant products are required.

kind o combustion materials,

- 1250°C, as well as chlorine-alkali

Insulating Materials Standard & severe conditions

CALDE™ CAST LW MIX 124 C/G CALDE™ CAST XL 106 C/G

Combustion Chamber Riser Duct / Calciner Standard conditions


CALDE™ CAST LR 45 CALDE™ CAST ML 55 S5 CALDE™ GUN MM 55 S5 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ C ALDE™ GUN range CALDE™ STIX ZIRCON


7

Solutions or

Preheater Tower Inlet Chamber - Kiln Inlet

Due to the ast development in the

The most intricated part is the inlet

shape o the casing and to the angular

cement industry, urnace builders have

arch with the skewback transition to

arrangements around the shock

to consider new construction concepts

the intake chute.

blower nozzle, this type o lining can

with much more sophisticated design.

The mix runner prole is cut into the

only be carried out with a monolithic

The best and the most fexible solution

back wall to allow precise guiding o

reractory product in: cast, gunning and

is to apply monolithic reractories.

the raw meal. Due to the complex

spraycasting version.

Inlet Chamber/Feed Tile/ Kiln Inlet Standard conditions


CALDE™ CAST LA 50 SZ CALDE™ CAST LR 45 CALDE™ CAST LZ 106 CALDE™ GUN MM 55 S5 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range



8


Solutions or

Kiln Hood & Cooler Burner Lance - Nose Ring

Areas such as nose ring, burner lances,

Unortunately, these emerging

They also experience vibration and

kiln hoods and cooler ducts, lined with

problems infuence coating ormation,

exposure to high temperature.

monolithic materials, operate under

clinker quality and reractory lietime.

Calderys solutions concerning the

the most severe conditions. The use o

The combustion problems in a cement

choice o material, dimensioning,

multi-uel burners is becoming more

kiln are very complex and aected by a

anchoring and installation technique

common practice in cement plants, a

lot o actors.

guaranty long lasting operation time.

pattern that is likely to increase in the

The burner lance tips, or example, are

near uture due to the large amount o

always exposed to alkalis corrosion and

alternative and residual uels available.

abrasion by the clinker.

Burner Pipe Standard & severe conditions

CALDE™ CAST GIBRAM CALDE™ CAST MF 35 S35 CALDE™ CAST ML 55 S5 CALDE™ FLOW AX CALDE™ PLAST C 90 AB CALDE™ PLAST SUPERAL X AB

Nose Ring Standard & severe conditions

CALDE™ CAST GIBRAM CALDE™ CAST LX 68 CALDE™ FLOW AX Monolithic concept solutions or Thermal Industry - Cement Plants

9

Solutions or

Kiln Hood & Cooler Kiln Hood - Terti Tertiary ary Air Duct D uct

The proper selection o the reractory

chemical resistant materials should be

and the temperature level; detailed

material or the kiln hood is o the

applied. Calderys long-term experience

design, anchoring system and

highest importance. Due to the big

allows providing you with the solutions

installation techniques to guarantee

temperature dierences and to avoid

combining: the right selection o the

uture long service lie.

erosion caused by the coming clinker,

materials - depending on the chemical

high abrasion, thermal shock and

problems, the actual speed o the kiln

Kiln Hood Standard conditions

CALDE™ CAST LX 58 CALDE™ CAST M 28 HR CALDE™ GUN C 28 HR CALDE™ GUN MM 55 S5 Severe conditions

CALDE™ CAST LA 50 SZ CALDE™ CAST LZ 106 CALDE™ CAST ML 55 S5 CALDE™ GUN MM 55 S5 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range

Tertiary Air Duct All conditions

CALDE™ GUN C 28 HR CALDE™ GUN F 40 A CALDE™ GUN MM 55 S5 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range

Tad Elbow All conditions

CALDE™ CAST GIBRAM CALDE™ GUN MM 55 S5 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range

10


CALDE™ CAST LW MIX 124 C/G CALDE™ CAST XL 106 C/G Monolithic concept solutions or Thermal Thermal Industry - Cement Plants

Solutions or

Kiln Hood & Cooler Grate Cooler - Hot Zone

The unction o the clinker cooler is to

main component o Portland cement.

sidewalls (high wear), and severe

cool clinker rom 1300°C down to near

In this area, the reractory material is

chemical attack due to the presence o

100°C and to complete its

exposed to high temperature changes,

alkalies released by the clinker cooling

3 CaO SiO2 transormations to the

dicult mechanical conditions in the

process.

Cooler Wall Wall & Roof Standard conditions

CALDE™ CAST LF 40 CALDE™ CAST M 28 HR CALDE™ GUN C 28 HR CALDE™ GUN F 40 A

Impact Zone Standard & severe conditions

CALDE™ CAST GIBRAM CALDE™ CAST LT 95 CALDE™ GUN LS 30

Severe conditions

CALDE™ CAST LA 51 S CALDE™ CAST MF 35 S35 CALDE™ CAST UF 35 S30 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range




11

Solutions or

Kiln Hood & Cooler Grate Cooler

Cooler Medium Zone Bull Nose Standard & severe conditions

CALDE™ CAST GIBRAM CALDE™ CAST LA 51 S CALDE™ CAST MF 35 S35 CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ GUN range

Standard & severe conditions

CALDE™ CAST LF 40 CALDE™ CAST M 28 HR CALDE™ GUN C 28 HR CALDE™ GUN F 40 A CALDE™ SPRAYCAST & Low porosity dense gunning mixes in the CALDE™ C ALDE™ GUN range

Cooler Cold Zone Standard & severe conditions

CALDE™ CAST F 32 C/G CALDE™ GUN C 20

Insulating Materials CALDE™ CAST LW MIX 124 C/G CALDE™ CAST XL 106 C/G

12


Solutions or

Kiln Hood & Cooler Planetary Cooler

For the monolithic lining o grate,

CAST, GUN or SPRAYCAST, which are

rotary and planetary coolers, Calderys

the most suitable or this application.

oers advanced materials like:

Planetary Cooler - Inlet Standard & severe conditions

CALDE™ CAST GIBRAM CALDE™ CAST MF 35 S35 CALDE™ FLOW LB 85


Planetary Cooler - Rest Standard & severe conditions

CALDE™ CAST M 28 HR CALDE™ GUN MM 55 S5

13

Technical Data

Binding system

Max. recomm. temp.(°C)

Max. grain size

Material required

Permanent linear change

SiC

(t/m3)

Water required for mixing on site

Al2O3

SiO2

Fe2O3

CALDE™ CAST F 32 C/G

Chamotte

Hydraulic

1280

6

33

54

2.3

-

1.85 (cast)

14 to 16 (cast)

-0.1 (cast) (800°C)

25 (cast) (800°C)

CALDE™ CAST F 42

Chamotte

Hydraulic

1320

6

41

38

5

-

2

12 to 14

-0.15 (800°C)

45 (800°C)

CALDE™ CAST GIBRAM

Bauxite

Hydraulic

1600

5

82.5

12.4

1.5

-

2.9

5 to 6

-0.2 (800°C)

140 (800°C)

CALDE™ CAST LA 50 SZ

Andalusite

Hydraulic

1650

5

50

9.4 (ZrO2)

0.6

9.7

2.85

4.5 to 5.5

-0.2 (800°C)

140 (1200°C)

CALDE™ CAST LA 51 S

Andalusite

Hydraulic

1600

6

51

40

1

5

2.47

6 to 6.4

-0.05 (800°C)

100 (800°C)

CALDE™ CAST LF 40

Chamotte

Hydraulic

1450

6

40

54

1.2

-

2.26

6.4 to 7.2

-0.1 (800°C)

80 (800°C)

CALDE™ CAST LR 45

Chamotte

Hydraulic

1350

6

44

48

0.2

-

2.3

6.5 to 7.5

-0.2 (800°C)

100 (800°C)

CALDE™ CAST LT 95

Tabular Alumina

Hydraulic

1750

7

93

5

0.1

-

3.1

4 to 5.5

-0.2 (800°C)

130 (800°C)

CALDE™ CAST LW MIX 124 C/G

Insulating Chamotte Vermiculite

Hydraulic

1140

4

24

42

9.5

-

1.24 (gun)

added at the nozzle

-0.4 (gun) (800°C)

3 (gun) (800°C)

CALDE™ CAST LX 58

Andalusite

Hydraulic

1650

6

57

38

1.1

-

2.5

5.6 to 6

-0.04 (800°C)

100 (800°C)

CALDE™ CAST LZ 106

Zircon

Hydraulic

1600

6

29

24

0.2

43 (ZrO2)

3.25

5 to 5.6

-0.1 (800°C)

50 (800°C)

Chamotte

Hydraulic

1550

5

45.5

47.8

1.3

-

2.2

6 to 7.5

-0.3 (800°C)

80 (800°C)

CALDE™ CAST MF 35 S35

Silicon Carbide Chamotte

Hydraulic

1550

6

31

28

0.6

35

2.4

6 to 7

-0.15 (800°C)

150 (800°C)

CALDE™ CAST ML 55 S5

High Alumina Raw Materials

Hydraulic

1550

10

55

35

0.9

5

2.51

5.2 to 5.6

-0.2 (800°C)

130 (800°C)

CALDE™ CAST UF 35 S30

Silicon Carbide

Hydraulic

1500

3

34.2

31.7

1

31

2.5

4 to 5

-0.2 (1200°C)

140 (1200°C)

CALDE™ CAST XL 106 C/G

Vermiculite

Hydraulic

1060

3

22

41

9

-

0.73 (gun)

added at the nozzle

-0.7 (800°C)

1.2 (gun) (800°C)

CALDE™ FLOW AX

Andalusite

Hydraulic

1650

5

52

25.7

9.3 (ZrO2)

9.5

2.8

5.5 to 6.5

-0.2 (800°C)

130 (800°C)

Bauxite

Hydraulic

1600

5

84.5

9.5

1

-

2.8

6 to 7

-0.2 (800°C)

70 (800°C)

CALDE™ CAST M 28 HR

CALDE™ FLOW LB 85

14

Chemical analysis (wt %)

Main component

Product name

(litres/100kg)

(%)

CCS

(N/mm2)


Technical Data

Water required for mixing on site

Permanent linear change

2.3

added at the nozzle

-0.1 (800°C)

25 (800°C)

-

2.35

added at the nozzle

-0.3 (800°C)

60 (800°C)

0.8

-

2.28

added at the nozzle

-0.15 (800°C)

30 (800°C)

25

9.6 (ZrO2)

9.8

2.65

added at the nozzle

-0.1 (800°C)

70 (800°C)

58

9.4 (ZrO2)

0.5

-

2.75

added at the nozzle

0 (1200°C)

100 (1200°C)

7

83

10.5

1.5

-

2.65*

added at the nozzle

-0.3 (1200°C)

90 (1200°C)

1500

5

43.3

42

1.1

9.6

2.25*

added at the nozzle

-0.4 (800°C)

70 (800°C)

Hydraulic

1500

5

48

46

1.3

-

2.2*

added at the nozzle

-0.35 (800°C)

71 (800°C)

Silicon Carbide

Hydraulic

1500

3

36

28.2

0.9

31.3

2.3*

added at the nozzle

-0.3 (1200°C)

81 (1200°C)

CALDE™ GUN MM 55 S5

High Alumina Raw Materials

Hydraulic

1500

6

57

30

0.8

5

2.6

added at the nozzle

-0.3 (800°C)

80 (800°C)

CALDE™ PLAST C 90 AB

Corundum

Ceramic

1750

6

90

8

0.7

-

2.95

-

-1.25 (800°C)

44 (800°C)

CALDE™ PLAST SUPERAL X AB

Bauxite

Ceramic

1650

6

73

22

1.35

-

2.62

-

-1.3 (800°C)

35 (800°C)

CALDE™ SPRAYCAST BX 85

Bauxite

Hydraulic

1700

6

84

11

0.8

-

3.05 (spray)

5.6 to 6.4

-0.15 (spray) (800°C)

70 (spray) (800°C)

CALDE™ SPRAYCAST F 50 R

Chamotte

Hydraulic

1550

6

50.5

45

0.7

-

2.55 (spray)

6.2 to 6.8

0 (800°C)

70 (spray) (800°C)

CALDE™ SPRAYCAST F 50 S7

Chamotte

Hydraulic

1550

6

48

41

0.8

7

2.42 (spray)

6.4 to 7.2

-0.25 (spray) (800°C)

70 (spray) (800°C)

CALDE™ SPRAYCAST SIC 30 R

Silicon Carbide Chamotte

Hydraulic

1600

6

44

21

0.4

30

2.57 (spray)

6.4 to 6.8

-0.3 (spray) (800°C)

80 (spray) (800°C)

Zircon

Hydraulic

1350

6

37

26

1.1

30 (ZrO2)

3.1

added at the nozzle

-0.3 (800°C)

48 (800°C)

Chemical analysis (wt %)

Main component

Binding system

Max. recomm. temp.(°C)

Max. grain size

Al2O3

SiO2

Fe2O3

SiC

(t/m )

CALDE™ GUN C 20

Chamotte

Hydraulic

1350

5

38.5

47.5

4.8

-

CALDE™ GUN C 28 HR

Chamotte

Hydraulic

1500

5

51

38.8

1.1

CALDE™ GUN F 40 A

Chamotte

Hydraulic

1450

6

42

53.5

CALDE™ GUN LA 50 SZ

Andalusite

Hydraulic

1650

5

52

CALDE™ GUN LA 60 Z

Andalusite

Hydraulic

1650

5

CALDE™ GUN LB 84

Bauxite

Hydraulic

1650

CALDE™ GUN LF 45 S

Chamotte

Hydraulic

CALDE™ GUN LF 50

Chamotte

CALDE™ GUN LS 30

Product name

CALDE™ STIX ZIRCON

Material required 3

(litres/100kg)

(%)

CCS

(N/mm2)

* Rebound excluded

NOTES: CALDERYS CALDERYS does not warrant the accuracy, tness or purpose or update o any inormation disclosed herein. The recipient shall reer to instructions and advice provided under any technical documentation. This document and the inormation contained herein are the exclusive property o CALDERYS. Reproduction, alteration, copy, release, publication or distribution, in whole or in part, is not allowed. Reerences, trademarks and specications o the products may change according to the geographical area to be supplied. Please check the availability o the products with the sales area manager. Monolithic concept solutions or Thermal Thermal Industry - Cement Plants

15

AustrAliA Calderys Australia Australia Pty Ltd Ph.: +61 (0)2 4272 28 51 [email protected] AustriA Calderys Austria GmbH Ph.: +43 (0)2236 677 090 0 [email protected] Belgium Calderys Belgium S.A. Ph.: +32 (0)10 45 44 24 [email protected] BulgAriA Calderys Austria GmbH Ph.: +359 (0)2 856 3061 [email protected] ChinA Calderys China Co. Ltd Ph.: +86 (0)21 6137 8288 [email protected] CzeCh repuBliC Calderys Czech s.r.o Ph.: +420 596 620 544 [email protected] DenmArk Calderys Danmark A/S Ph.: +45 (0)36 77 28 11 [email protected] FinlAnD Calderys Finland OY Ph.: +358 (0)9 854 5060 [email protected]

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itAly Calderys Italia Srl Ph.: +39 053 691 29 11 [email protected] Sales Ph.: +39 010 645 07 06

spAin Calderys Iberica Refractarios S.A. Ph.: +34 (0)985 32 43 58 [email protected]

JApAn Calderys Japan Co Ltd. Ph.: +81 (0)7-8272 5770 japan@caldery [email protected] s.com

sweDen Calderys Nordic AB Ph.: +46 (0)31 54 09 00 [email protected]

koreA Calderys Korea Co Ltd Ph.: +82 (0)2 420 5142 ~ 4 [email protected]

tAïwAn Calderys Taïwan Co. Ltd Ph.: +886 (0)8 796 55 62 [email protected]

www.calderys.com

Performance you can trust

turkey Calderys Refrakter San. ve Tic. A.S Ph.: +90 (0)312 438 88 45 [email protected] u.A.e. Calderys France Ph.: +971 4 8810 992 [email protected] uk Calderys UK Ltd Ph.: +44 (0)113 26 36 268 [email protected] ukrAine Calderys Ukraine LLC Ph.: +38 (0)62 387 10 01 [email protected] VenezuelA Calderys Refractarios Venezolanos S.A. Ph.: +58 (0)286 994 1211 [email protected] VietnAm Calderys Taïwan Co. Ltd Ph.: +84 (0)4 6251 0806 [email protected]

e v i t o m o t u A F G , e g r a f a L , s y r e d l a C , x i a f e D . G : t h g i r y p o C 9 0 0 2 1 0 ) 8 0 9 9 ( e n i r g n o L n

: e d i s n I -

: r e v o C L 2 6 2 F A N 0 3 0 1 3 0 2 0 7 y a n r e p E : S C R s y r e d l a C

Monolithic Refractory Lining (Calderys)

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