GENERAL DATA

1. APPROPRIATE MORTARS SCALIMOR M MF CM CMF (dependeng on applrcatron requuements)

2 Other data D•menstonat tolerance '" burnt qualrtres = -zoc

Thermal exJ:ansrC'~" (C'-' 4C0°C t,S ~ .. IC- iDC-C! o.-25co Q-,tOO"'C) 1 ::; ·• 0·15CC•C\ 1 .5~5c.,

Thermal conductivit y in Kcal/m.h! C at

SCALIMAG MF MF-S. MFl MFG SCALI MAG MF-• ~-o•r 2 t\~tG·Z

SCALIMAG MCF i\'(r.cr 'o\CF 10 SCALIMAG MCF-tOE ~' CF-t5E

SCALICROM 51

Mean specific heat In Kc al/ kg ~c at

SCALIMAG MF. MF·1 MF-2 MF·S. MFT, MFG MFG-Z MCF·6 MCF-6E. MCF·10

SCALIMAG MFW SCALIMAG MCF-10E. MCF-15E SCALICROM 51

hnear tor SC..\Uto.'AG hnear 1o· GRECMAG DB-64 ,,.,e;1e ·~-- GPECMAU ['18 -&l l•rea• •, • GRECVAG DE 6J

JOO'C 1oa·c 11 DO"C

85 "8 30 eo " 5 30 50 32 2 • 30 22 20 16

Joo·c 700"C 1100*C

0 27 0 30 0.33 0 26 0.28 0.30 0.23 0 .25 0,27 0 .20

, --CJ) () 0 to :t> CJ) -() ::a m , ::a )> () -I 0 :::0 -m CJ)

FIMISCO REF

CHEMICAL ANALYSIS %

QUALITY MgO AI,O, Fe,o, CaO

SCALIMAG MF ' 94 0.3 < 0.8 . 3 .5 SCALIMAG MFT ·94 0.3 < 0.8 < 3.5 SCALIMAG MF-S ' 94 0.3 < 0.8 3.5 SCALIMAG MF-1 ' 92 0.3 . 0 9 4.0 SCALIMAG MFT-1 ' 92 0.3 -..0 9 4.0 SCALIMAG MF-2 ">91 0.3 < 1.5 4.2 SCALIMAG MF-3 90 0.1 2.8 4.0 SCALIMAG MF-4 91 0.1 1.0 4.0 SCALIMAG MFG ' 93 · 0.5 < 0.8 2.5 SCALIMAG MFG-Z ·90 . 4.5 < 0.7 • 2.5 SCALIMAG TB •94 . 0.3 . 0.8 3.5 SCALIMAG MFW ' 90 •. 1.0 <' 1.2 " 2.8

SCALIMAG MCF-6 80-85 ' 4.0 ' 4.0 • 3.0 SCALIMAG MCF-6E ·78 • 3.5 ' 4.5 •. 3.7 SCALIMAG MCF-10 77-82 . 5.0 < 5.0 . 2.5 SCALIMAG MCF-10E > 71 • 6.0 <. 6.0 ' 3.2 SCALIMAG MCF-15E • 65 . 6.0 . 6.5 • 3 . SCALIMAG MCF-25 •48 12.5 10.5 <. 1 7

GRECMAG DB-2 78 3.1 6.1 2. 1 GRECMAG DB·3 73.7 3.8 7.0 2.0 GRECMAG DB-64 3 \ 60 6.3 11 .3 2.2 GRECMAG DB-5 52 7.7 14.5 1.4

SCALICROM-51 ">25 ~ 20 <. 17 • 0.7

For further information about our products and services, please contact: FINANCIAL MINING - INUDSTRIAL AND SHIPPING CORPORATION Refrac tories Division 18-20 Slkelias Street Athens 404 Telephone: 922141 1--419 Telex: 215433 SCAL GR Cable addre~s ~ EPICHIAIS

CTORY BRICK QUALITIES

PHYSICAL PROPERTIES

SIO, Cr20 , Seger Bulk Open Cold Refract Cone Density Pores Crushing rtriess

SK g/cm' % Vol. Strength under Kp/ cm' load •q

< 2.0 > 42 > 2.90 15-19 > 350 > 1750 . 2.0 > 42 > 3.10 1-3 > 1000 > 1750 < 2.0 42 > 2.95 < 18 > 400 > 1750

2.5 42 > 2.90 < 19 > 500 > 1700 • 2.5 > 42 > 3.10 1-3 > 1000 > 1700 ' 2.9 42 > 2.90 < 19 > 500 > 1650

2.8 > 42 > 2.90 < 20 > 600 > 1650 3.8 > 40 > 2.80 < 22 > 400 1550 3.0 42 > 2.90 13-19 > 500 > 1700 3.5 42 > 2.90 < 19 > 400 > 1550 2.0 42 3.02-3.10 350-600 2 5.0 40 > 2.90 < 18 > 400 t450

2.5 5-6 > 42 2.90 16-20 > 400 > 1600 • 3.5 < 7.0 > 40 > 2.95 < 18 > 400 > 1550

2.5 7-11 > 42 > 2.95 16-20 > 300 > 1600 < 3.8 < 10 > 40 > 2.95 < 18 > 400 > 1550

3.5 < 15 > 40 > 2.95 16-19 > 400 1500 3.9 < 21 > 42 > 3.00 < 20 > 250 > 1650

1.3 9.2 > 42 > 3.00 < 19 > 350 > 1700 1.3 11.6 > 42 > 3.00 < 20 > 300 > 1700 1.4 18 > 42 > 3.25 • 14 > 400 > 1700 1.3 23 > 42 > 3.15 < 18 > 400 > 1700

• 5.0 > 32 40 > 3.10 < 23 > 500 1550

(1) Determined in accordance with DIN 51053 (2) Test at 20"C (3) Manufactured with the Know-How and technic al

assisl8f1Ctt o f EL T RA (for its sub sidiary NORTH AMERICAN REFRACTORIES DIVISION) NARMAG 608 DB Values determined In acco rdance with ASTM.

REMARKS

Fired

Not• JANUARY 1171 The data quoted In this data sheet were dete rmined as average values o n test specimens c ut out from straights or similar compressible shapes, and cann ot be applied w ithout reservation to bricks of other d imensions.

Fired. Tar impregnated High fired Fired Fired. Tar impregnated Fired Fired Fired Fired (g lass industry) Fi red (white cement ind.) Tar-bonded Fired (Storage Heaters)

Fired Fired Fi red Fi red Fired Fi red

Di rect Bonded, High f ired

Fired

<

<

GENERAL DATA

1. APPROPRIATE MORTARS SCALIMOR M MF CM . CMF (depend•ng on apphcat•on requ•rements)

2. Other data D•mens•onat tolerance m burnt quahties ~ :ZOe

Thermal exj:SOSIO" tC-,JC'tr'Cl <C·700"CI 0·1 100"'C)

tQ..1SCt•C\

1.8 ••• linear 101 SCo\LII\'AG o.-25 .. • hnear lo· GRECMAG OB-64 i "3 '"• t.ne~u '~~- GPECMAG rB-64 t .szsce hrrea · ·~ • GRECW.t.G DE 64

Thermal conductivity in Kcal/m.h.cc at Joo·c 1oo•c 1100°C

SCALIMAG MF ".1F-S MFl MFG 8 5 ~ 8 30 SCALIMAG MF-· M:::-2 M:::G·Z eo " 5 30 SCALIMAG MCF "/ (F-fF". "ACF-10 50 32 24 SCALIMAG MCF-10E MCF-15E 30 22 2 0 SCALICROM 5 1 ' 6

Mean specific heat in Kcal / kg .. C at JOO"C 70lrC 1 1~C

SCAL\MAG MF, MF-1 MF ·2 MF-5 , MFT, MFG. MFG·Z. MCF·6. MCF-6E. MCF-10 0 .27 0.30 0.33

SCALIMAG MFW 0 .26 0.28 0.30 SCALIMAG MCF-1 0E. MCF-15E 0.23 0 .25 0,27 SCALICROM 51 0.20

MANGANESE

quality SCALMA 74 G-10 mm. BaHery grade Remarks

Mn02 75,00 min 72,00 75,00 min 72,00 Scalma 74 is delivered in Mn 49,00 49,00 50 kgs polyethylene and unsolubles 10,00 max. 12,50 10,00 max. 12,50 polypropylene double-bags, Si02 8,50 max. 10,50 8,50 max. 10,50 ground to 75 - 300 mesh. GaO 4,00 4,00 as required by customer. Pb 1,30 max. 2,00 1.30 max. 2,00 Cu 0,05 0,05 Zn 1,00 max. 1,40 1,00 max. 1,40 Fe 1,60 max. 2,00 1,60 max. 2,00

CAUSTIC MAGNESITE CHROMITE

ground

Si02

Fe,(), I AI,O, CaO MgO B.D. Grain size composition

Dyo Vouna

Al:z03 59,00 SIO:z 3,00 CaO 1.50 Fe,Os 20,00 TiO:z 2,80 CO:z} H,O 13,00

3,50

1,00 3,00

83,50

·0,25 mm.

LAMIA

Kokklnovrachos

52,00 min. 50,00 13,00 max. 14,00 0 ,50

20,00 2,60

12,00

A G-150 mm. B G-150 mm.

Cr203 38,00 min 37,00 37,00 min 36,00 Si02 4,70 max. 5,00 5,50 max. 6,00 FeO 16,00 16,00 Al20, 22,00 22,00 MgO 17,00 17,00 CaO 0.20 0,20

BAUXITE

ELEUSIS

o-so mm. 10.100 mm. o-so mm.

51 ,00 min. 50,00 48,50 min. 47,00 57 ,00 min. 2,00 max. 3,00 2 ,00 max. 3,00 2 ,50 max. 2,00 3 ,00 5 .50

31,00 32,00 17 ,00 2,70 2,60 2 ,60

11 ,50 12,00 16,00

4-10 mm. 05-4 mm. Flnea G-1 mm.

38,00 min 37,00 38,00 m in 37,00 39,00 min 38,00 4,70 max. 5,00 4,70 max. 5,00 4 ,00 max 4,50

16,00 16,00 16,00 22,00 22,00 21,00 17,00 17,00 17,00 0,20 0,20 0,20

CHRISSO KYMI PALHOVOUNA

G-100 mm. G-150 mm. G-150 mm.

56,00 53.00 min. 52.00 52,00 min. 50,00 56 min. 54 3 ,50 2,50 max. 3,50 4,50 max. 5.50 6 max. 7

8,00 max. 9 ,00 1,50 max. 2,50 1 max. 1,50 16,00 29,00 24

2.50 2,60 2.50

18,00 12,00 11

DEADBURNED MA.GNESITE

E21A (AA1) E21 AB (A1) E21 B (A2) SUPER NE NE ...

3,20 max. r3,60 Si0 2 1 ,50 max. 2,00 2,00 max. 2,40 .-2,65 max. 2,80 2,40 max. 2,75 Fe20 3} AI20 3 0,70 max. 1,00 0,80 max. 1 ,00 0,85 max. 1 ,00 0,45 max. 0,80 0,45 max. 0,80 CaO 2,60 3,50 max. 4,00 3,80 max. 4,20 1 ,90 max. 2,20 2,30 max. 2,60 MgO 95,50 min. 94,50 93,50 min. 92,50 92,50 min. 92,00 95,00 min. 94,50 94,00 min 93,00 B.D. 3,45 3,35 3,32 3,38 3,35

NE1 NE2 NE3 E, E

Si02 • 4,00 max. 4,50 6,00 max. 6,50 6,00 max. 6,50 5,00 max. 5,50 Fe20 3} AI20 3 0,45 max. 0,80 1 ,20 m~. 2,00 1 ,50 me. .. 2,00 1 ,50 max. 2,00 CaO 2,30 max. 2,60 2,60 max. 3,00 3,80 max. §,00 5,00 max. 5,50 MgO 93,00 min. 92,00 90,00 min. 88,50 88,eyo n,; •. 87,00 88,50 min 87,00 B.D. 3,32 3,32 3,30 3,30

61nYPOl: MArNHl:IA

E21A (AA1) E2,A15 (A1) E21B (A2) SUPER NE NE

Si02 1 ,50 max. 2,00 2,00 max. 2,40 2,65 max. 2,80 2,40 max. 2,75 3,20 max. 3,60 Fe203} AI20 3 0,70 max. 1 ,00 0,80 max. 1 ,00 0,85 max. 1 ,00 0,45 max. 0,80 0,45 max. 0,80 CaO 2,60 3,50 max. 4,00 3,80 malt. 4,20 1 ,90 max. 2,20 2,30 max. 2,60 MgO 95,50 min. 94,50 93,50 min. 92,50 92,50 min. 92,00 95,00 min. 94,50 94,00 m in 93,00 B.D. 3,45 3,35 3,32 3,38 3,35

NE1 NE2 NE3 E11 E

Si02 4,00 max. 4,50 6,00 max. 6,50 6,00 max. 6,50 5,00 max. 5,50 Fe20 3} AI203 0,45 max. 0,80 1,20 max. 2,00 1 ,50 max. 2,00 1 ,50 max. 2,00 CaO 2,30 max. 2,60 2,60 max. 3,00 3,80 max. 4,00 5,00 max. 5,50 MgO 93,00 min 92,00 90,00 min. 88,50 88,50 min. 87,00 88,50 min 87,00 B.D. 3,32 3,32 3,30 3,30

CAUSTIC MAGNESITE

ground

Si02

Fe20 3J Al20 3 CaO MgO B.D. Grain size composition

3.50

1,00 3,00

83.50

-0,25 mm.

KAYITIKH MAr'NHIIA

Elc; K6KKOU«;

Si02

Fe203J A120 3 GaO MgO B.D. .._ .......

3,50

1,00 3.00

83,50

-0.25 mm .

Gr20 3 SiOz FeO AI,O, MgO GaO

Cr20, Si02 FeO Al20 3 MgO CaO

CHROMITE

A G-150 rnm. 8 G-150 mm. 4-10 mm. 05-4 mm. FlneaG-1 mm.

38.00 min 37,00 37,00 min 36,00 38,00 m in 37.00 38,00 m in 37,00 39,00 min 38,00 4,70 max. 5.00 5,50 max. 6,00 4, 70 max. 5,00 4,70 max. 5,00 4 ,00 max 4,50

16.00 16,00 16.00 16,00 16,00 22.00 22.00 22.00 22,00 21 ,00 17,00 17,00 17.00 17,00 17,00

0,20 0,20 0,20 0,20 0,20

---XPOMITHI

A 0-150 mm. 8 G-150 mm. 4-10 mm. 05-4 mm. Flnea Q-.1 mm.

38.00 mm 37.00 37.00 mm 36.00 38.00 mon 37.00 38.00 mon 37.00 39,00 min 38.00 4. 70 max. 5.00 5.50 max. 6.00 4,70 max. 5,00 4.70 max. 5.00 4 ,00 max 4.50

16.00 16,00 16.00 16.00 16.00 22.00 22.00 22.00 22 .00 21 .00 17.00 17.00 17.00 17.00 17.00 0.20 0.20 0,20 0 .20 0.20

FIMISCO - nupiJJOXOI JJO~af 61'EKT6~~UOIV Kai Oei>UPilAOTI"IOIV

X11~••il 6v6Auooc; % OOIOTHI TYOOI MAZHI E•APMOrAI

MgO Cr20 1 Fe20 1

SCALINIT G1 > 86 < 1.0 np6!: tq,Opi!OvfiV !loll OUOK&UWV 61' tmlloopB<ilo&lc; KAoP6vwv ll&•aA-SCALINIT G2 > 80 < 1.5 ouvtxouc; tK.c>l;tuotwc; (ntpocnp&- Aa-.wv. Kllllwv ouvcxoUc; xun.:.Otwc;. SCALINIT G3 > 75 < 6.0 < 3.0 !I>OiltVTi<; j!aAj!i!loc;) 1\ OUOK&UWV Kll!lwv UTilVIltVOU ll&•OAAou KQ\

ll&•ll !lti;~&VI\c; lliVIlO'oc; MIP6vwv SIEMENS MARTIN. cllpo~tVTI<; noo6Til•oc;.

SCALINIT 51 > 75 < 1,5 0p6<; t !I>OPI!OvfiV !loll OUOK&UWV llo' tm!loopB<iloc•c; '1'1\c; ~cl>Vllc; q,uyoKtV.PIKi'lc; t••o!;cuocwc;. OKWplac; KOI •wv 'OIXWilO'WV f'lA&-.po-

SCALINIT 52 > 75 < 2,5 .V.oP6vwv.

SCALINIT P. > 74 < 2.0 npO<; t!I>OPI'Ovflv !loll Tl\<; llo' tn•!l•opB<ilo&lc; • dllwv ouvexoUc; X&lp6c; KOI llU<nplou. xuuuocwc; •al dywyoO toxUo&<o>c;

l'lA£-.paKAoP6vwv.

SCALINIT R90 > \)0 < 1,0 npoc; t!I>OilOPvflv ll•ll •wv - IIKI .V.Ij!Qvouc; SIEMENS MAIITIN. SCALINIT R90C >90 < 1,0 < 1.0 K<\'aMflAwv !IOVTI'WV. - 111' tm!l•opllcilo&oc: 6nli)v toxUo&wc;

(110/;a !loll nmauc;). SCALINIT R90D > 85 < 2.0 - IIIli 66n&!la MljiQVIIIv SIEMENS MARTIN

KOI f(A&-.paMIP6YGIV.