Document rYGo5MBwyqqeRd934GGLpZd0
FILE NAME: RT Vanderbilt (RTV)
DATE: 0000
DOC#: RTV052
DOCUMENT DESCRIPTION: Excerpts from Mineralogy of NY Specification of Various Grades of Talc Mined, Milled and Produced by International Talc
ASBESTINE FIBRE *2
Imparts to caulking com pounds alt of the excellent color, otfudability. wvctlabihty and ar.ti-siump p -apertics ol Asbestine Fibre s I in lornulations requiring a reinlorcing pigment *vith higher consistency and oil demand. K can be used to m p iace or sup p le ment asbestos shorts
Asbestine Fibre 2 is also recom mended lor use in m astic cem ents
TY P IC A L P H Y S IC A L C O N S T A N T S
*/ Le ss Than 33fs M e sh ............................................................90 * 4V.
Average Particle S i r s ............................................................11 Micron*
Color (Tri-Stimulus G re e n )....................... ........................00 Minimum
Water Absorption............................................................ ........... 210 2 4Q
Specific G rav ity.................................................................................... 2.t1
Weight Per Solid Cation .................................................................2J.4t
1 lb. Butk/GaMon.................................................................... .0.04372
Volume/tOO Gram i ( l o o i e ) ...................
,..,,.5 2 lc c
(Temped) .......................................................188cc M oijluie ..........................................................................................,0.21Vi
Structure ........................................................................................ Flbroui
H e g . n a n .......................
0
T Y P IC A L C H EM IC A L A N A L Y S IS
S iO , .......................................................................................... M0O ......................................................................................... C a O ......................................................................................... R ,0 , ...................................................................................... M n O ......................................................................................... C O , ............................................................................................ L o is on Ignition...................................................................... pH, 10V. S lu rry........................................................................ Water Solubility......................................................................
63.7 V. a i.O f/i
7.24V. 9.65V.
0.26V* 0.64V. 2.B5V. 9.4 Trace
International Talc Co , Inc.
tooatos U IC IS T niODuCr or U iC aiits?iiiiiCM ii((riCw t(M t?igau ti*t*eoutotat
o rf-c i OB ll<. A,m , Ha- *, M. V. IDO*
ha* WISa<ilWiti.i OauK-rauf. Da- T.a
P A R TIC LE S IZ E D IS T R IB U TIO N
*/ leie than 44 Micro,s. .00.5 Vr lets (nan 30 Micron* . .01 Vi teic than 20 Mtc<ona.. ,41 V tots than tb Micron* , .60
Vi ie i* than ID Micron* . .48 V, io ti than 5 M icron*.. .29 V toss than 2 M icron*.. ,14 V leas than tM icren . 10
1905
FIBERTAL 1 a complex hydrooi calcium mogneoluflt lilieate, It 1 o unique fibioui mineral w ho only known *ouee in northern New York State*
f IBERTAL Hoi great affinity for oils, polymers, solvents and water, rendering it a particularly useful tool for the coating* formulator* f IBERTAL it supplied with a wide range of water absorption, providing maximum versatility to the fomulotor. Wherever stable thixotropy it desired, the proper f IBERTAL will do the fob. in addition! ft light color allows the preparation of whites and d e an light tries.
Among lft useful applications ore: texture paints, itucco coating*, gel coot* block filleft roof po in h , asphalt curbing*, puttie, caulking compound and floor tile*. Another um U In nonferrou* metal caitlng plotters.
Typical properties;
Dry brightnefi, mlnimumr Specific giavltyi Plus 325 mesh,. % maximum: Water absorption, tonpej
F IBERTAL 6 SB 2.64 25
100-180
F IBERTAL 1 88 2.84 IS
IBQ-240
FIBERTAL 2 88 2 . SB 15
240-2
FIBERTAw com et on oihesto* warning label ond ihould be handled accordingly.
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5
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1893
5 - Specifications of V arious G rades of Talc M ined, Milled an d Produced by International Talc (Pages 1893-1904)
Asbestine Asbestol Carbola International Micro Velex Micro Velva Platene
FUNCTIONAL PIGMENTS for WATER-BASED COATING!
IN T E R N A T IO N A L. T A LC C O ..IN C . <20 Lexington Ave., New York. N. T. IOQ17
T a lc end Us related m ineral products provide coalings fo rm ulato rs w ith a v e r s a tile s e le c t io n o f exte n d e rs to u se In w ater-thinned system s. Their natural blue-white Color Is v a lu a b le in both w h ile p ain ts and tint b a s e s.
W e offer | S different grades, based on International an d C a rb o la m ine rals, ranging from p letey to fibrous tex tures. w o u n d a n d d i s t i l l e d to your sp e c ific a tio n s. Our c o a lin g s ap p licatio n re se arch laboratory w ill glady he lp in choosing the exlender best suited to your formulation.
These functional pigm ents have Inherently good su s pension properties. No deftocculant Is needed. They ate low In water-soluble sa lts an d have an untreated pH of 8*9. B ecause ol their acicu lar crystallin e shane and hydrophobic nature they don't agglom erate on settling but ca n be quickly {dispersed by stirring.
The tact that they are hydrophobic also im pails wearing q ualities jo your fin ish ed film .
The suggested starting form ulations included are reprinted through 1h n co u rtesy of the corlisted and are offered s u b je ct to th e custom ary merit of non-liability. Th ese form ulations incorpor ihe most part, the "workhorse" extenders Asbesln and A sb estin e 3X. T h e y a re only a few o f fhe mai are or can be made particularly when you ulit*re 1 range of properties a v a ila b le to you in s o m e of o cialty g rad es. C u r lab oratories are a t your disp-
assist you. A lis t of the raw m aterials, sources, regisiereo
m a r k s a n d o th e r p e r t in e n t d e t a il r e la t in g to form ulations ar* contained on the back page.
A sb estin e, A *b *ilo l, M icro V la and M icto V elva a* r*tH t rcd lfd#n?arti and Caifeola, In tern ational and P ta le n t ar# trsd cm arh i o f tatsm attanat Talc C o , In c.
V
I
1894
C-41A KOK-CHUUK QKE-CCAI 0 1 1 * 10 l u l l 140.124 W lle t*
W it Cetloi'ie OP-4400 Hopeo NOW PoUli'um Tiioolfphoiptiilc i f ip i l CO-630 lin g ) 731125%) 9MM8 tih y d n r Gifcol
Cir&ilol Acetad TiPu/eMBlC A ibeilw t 3X
375 Mesh WGMiei
N u ll
333.0 4.0 20 0.5 2.0 80
70 18 83 250.8 35.0 25.0
C stlm
40.00 0.35
.__ 0.25 004 025 090 0 20 200 100 715 320 1.10
Grind DnCowiei Type M'lei
K l Ooai HoocoNBW 413.J24 Willpol Widl
7.0 405.8
IS ?
1151.90
02$ 4500
200
10369
101 THUli When ju itln g liO , It ic i. te p lK I I lb. UlC (pi every 2 *Di- 10, fincvtd.
Pjfni P lip ir t in
Man-Volalif pH .
50%
7.Q-1S
VlKOI'lf *
I 5 -9 0 RU
Pfimtpi Volume Conccrtlfitifxi 33%
WtuM/GHlOn *ir MjieiiH Goit/GiHwi ConlfUl Kilie ftclifclinca
leielini Bfuthibil'ly Color ind Sitien Unitomi)) lip) Relmlion
i l . I Ibi.
li.ss a.c.u
.963 Hinted .9901 .972 H inted.70
la .8901 Very & od ^ {iC lllfi.t Very Goad
lee tieni
H eil S lib ililf IS t f c lf i J 3S' f) P e is
freeje-lPax S (jb ilt);
(3 cr ti*i. 14'n
Pei*
Bam Stibihlr
litt BORDEN CHEMICAL COMPANY
u v s - i r f l i io ir- c o s m i h u h k -u u i i o *
H U I ANO I M I A lt M isd P e ly it* I M PI,
Wiln
4800 cp). Mettiwel 90 HGOGS PoiiiiiumCiiboflite
limai 731 Efliutphar 11-719
Pa)niiim Iripalfphoiptlltll fl AK 551
I'ofUnPMAJC Hopeo HU
Mrmum Oioiicd - RA-4S In Albeitine 22$ IciOeri Cd Weier
r**sj
175.0
25
1.0 4.5 3.0 11 8 10 Z.B 140.0 2210 75.0
l*
7711
Ceniti
21.00
4. I l 131 330 I6JI 57J I
O 'ip c 'ir on i C o tti O ilM iiw m d a lla r M |H speri
d a p riie r* Por ip p ro iliu u ! 20 t a n ta and i t i down ritti;
* 1551 Cubito! Water Polyco 804Pt Wi)cr nd/ar 3 % 4000 cpi.
MettociKUHGOGS Data) md/or | 0% K,CO)
Peli) p n e rtd i W |i|M/Ciilon la m in i Vilumi C nciniriilm Sondi Conten * i M jfir iil e o li/C ilio u to titj Hraih)
3.0 35.0 50.0 232.0
177.0 1252.1
11.2 lbs. 59% 47% SO 97 90-9 SKU
1.74 600 25.30
*130 11249
CY7 1104 r i PVK U IIM O mSOKRT TINT i m iiie d e ifta t te *l0 4 Pi
W ilir
Potinium Carbonate Temei 73i - 25% tm utpbo'E l-719 ft 5 R 551 Ceitxtaf { itiy tm i Glycol
IroyianPMAJD of equi!
Colloidi S8 IB 3% 4080 (Pi. Mobocel
(5 HO Crede) Sotulion
325 MejhW.C. Mie
Rulli IitemumOioilde mjiimum chai lenitane
Atbctline iX
P u n ii 150 1 3 3 4 17 iB IO 1
100 25
175 175 882
S ltt|i| 18.00
.33 .30 .46 1.98 1.94 1.02 .15
12.00 1.06
5.00 7.35 49.60
O n pm e on t C on d D iltol)' or lim iter lti|h ipecd diip e tie r far spproilmite! 20 m lnutei end lei dann tutti:
R i i 551
3
Polyco 804 PI
450
10% P iltu iu m e iib o n ite lOtution (lor pH id ju tlm tn l) and M | i r tn d /o r 3 % 4000 epa. Matboccf
olutioaHor v i o ii|y tdfOitminU 100
1235
.33 4920
1700 111.13
Peint PrtperUis
1 i S1 I
W !|hi/Gilon
Solidi Content K irr Meierlei C tll/G iH ofl VitCOilly (ofll|ftU PM
H .l2 lbi, 34.5% 51 . 1% SI.IS 77-76 KO 7 5 -1.5
CAI M i l l A U IU C O I U iQ t TIR I U S I b u i P ii|{i4 in i
id i 3% fOOOcpi. M tlhactl
16$ H C iredM wlulfon rf |d a l Nfl-14
R * 8 551 Emulphof El-719
lu lld THiivtrmClaald -- mitfmumebalk le d it ir e i
Aabcitina 31
3Z5 H eibW .G , Mica Carbiiof Elhydne Cljrtal
TroyunPMA-30 Colloidi 3416
P ia n i 100
71 S 2 2
150 200
25 17 11 10
1 601
la R a n s 12.0
8 5 0 . 0.7 0.7
4.7 8.4 l.i 2.0 1.9 IO 0.1 40.3
Add m ib i oidei id le d end mit ee h u v y p u l (Dr
rrtnimitn I 20 minuti*. D iiptrte an litro-reti miti' and tei down rllht
**551
3
0.3
W llc
75
9.0
Poljrw 2719
09
47,2
Concantnled smminlvm hydroiid*
Her pH id ja itate nl II r tq id iitfl
end te ) r* i < / 3% 4000 CPl.
Mitbocl lo M lu n fls ; r ls o s ld
1 u it meni)
____ a
Paini PriparUpa
1126
W ei| ht/ Ce Ilon Pi|rm nt Volimi C onctnlrallM Solidi Conimi
Ra U alrrlal C ail/G iilan Vi o lii lo tim l|h l) PH
IM O Ibi. 39.1 % 11.7 % 11.44
72-76 W 8 09.0
m i-oiss nm-KciTuc UMcirut
IXIIRHJ* TINI MI
H irS tu ft ljc i* 01S3
Waler Po titiium Carbonate Tamal 731 - 25% fm ulp fiorll./)}
RAR 551 C ir)i|j|
tlb jle n e C t ic a l T iiy lin PMI.30 or quii Collodi 5810
3% 4000cpi.Mi|bocei 190 HGGuai) Solution
375 M h W.C. M ici
Rutile liu n 'umDfa'KJe -- meiimvmcbilli (M il)in c t
A itiiilin e 3X
Piundj ISO 1
j
3 4 17 U IB 1
180 ?S
175 175 682
O ljp iU f on s Cowlei O ica lttr* or i Umili E p ici disperser far ipproiim eteiy 70 minuits
lei ditto d llt:
f t * R 5$l
3
Plyco 0155
459 )
10% Poteitium carbonile u iu ltori
(lor pH id ju itffiffill end water
ind /or 4000CP1 3 % M ilita te! teIultori (lar v lic it tr adjustment) 100 I
1235 Tl
Pile? N ip irtl !
W i'ijhl/Cillon Pi|mcnl Volume Corccrtlrellon Solid Content R i Miserisi C oil/r>t iloti V licaiil;|oteini|b|i
pH
11.12 'bi. 34.5%
51.8% S1.39 72-76 XU 1.5 8.5
CAP 1-271* HCAIIIC U lERlO * PRIME* l i i r d e * P il/e tA 3719
W ilft 1% 4000 epe. Metiiocil
(SS HG Irid e ) lo krlu n R * R 551 rif|l|o lN P -|4 fmulphor 117)9
Rutile ItliidumO roi'de --
mailmum cbilb te'J Mine A ib e itin e J l 1Z5 M iti) W, G. Mica C arsllil lblene C ljfol Ir o ju n PMA-30
Colloidi 5*1 8
Piundi 50
75 7 5 ?
ISO 12$ 2$ )T 14 IB
1 4B0
Add In Ihc i r der Jii'e d end end u i b e ivi p i; i mnimum 1 30 mutuici. O ilp e rll on Ih n mitt* ins I t i d e tn w ilh i
AR55I
3
W itir
50
Potyn2719 {m glilldd ll*w Tim i OH"
353
*
?I
ConcmiMltd immonium bydrotide
Kor pH idlutlm inllfreauired l
end * ila i* n d / 8 ') % 4000epa.
U (tlu c i) 16$ U C |7a(W lolutlon
Hot y k o )H7 adimlmtnO
95 J
1057
5
Pad! Prapertda
W i!|M ICillen
10.62 Ibi
PieminlVilum#Cr, cnlrtlion 714%
S oldi Canten! R a* Meltrlei C til/ C iH in
52 7% St 43
Viirojil* UrirnliltH pH
77-76 *U S 0 9.8
1895
!|A 7 27(9 lO W CaS IC IV IIC IN UIUQ Q-UTCIiSt b a ia i w P a t j t t * 2719
Pam lt Cattau
Vitti *000 Mflhoctl 4Qi Solution
. iitu m C iitro n ili n fp f im il IJ I
'- ..ta lto r U 719 A B 551 iiM' litaniumOioKdi
tanjik r e iu ijn ii
a l'100 'htiitnt 325
'75 M fih W G M i rb'loi Solvent
"iltani GtfCol t>nnin "MA 30 V'CCfl N(7
100
1200
75
900
J
005
2
0.10
3
0 33
3
0.34
4
0.46
700
5 73
30
1 40
150
63
75
1 87
4
048 _
18
1 94
7
871
7
077
6 ? l 30 9]
'pine on i 'iM>r>.I' Idi
Tel do-n C o nili Ometter* Or limitar hsth ipee
ippiQiimitai 0 minutai ind
.ilh
itar Jco2J|9 Vitaf nmJ/O' 3% 4800 cpi.
hicttiotr190 HG 005 iflluiion itar vricoirljr tdiullmenU ini/oi 0 ` i K,C0| I l ir ptO
r iin! Prtptrtll |
IQO
1200
245
29.25
737 1273
2844 100.00
.v-*prit>. Ctilort ''fiifnl Volumi Concintnllon
'tuli Contini
Mn U ltim i Coii/Cillon
.'fCOllty Il
1? 23 (b*. SG 1 %
430% I l 23 B0 85 9.0 9 5
` V I8 0 I5 S BL MOOrmoViNU ACRVUC URPOtVM U ttllR IO R i m i I M I 11(4 I n f i l i c i 8(55
Paim ii Calltm
........... MPP 'Irtio io t 250 MR
i* i id 38 - t r t i taf*. |a
1000
- 20 1 0
|D 0 50
1200 010 DOS
1.04 0.58
l i * R 551 noiphor E L U 9
'" nliif Irlin iu m O io ilit
20
0 23
2.0
0.73
Imnitmum ctiilb in u lin O '/reitm f 38
M5 Mt*h W. C, Mie* baldi Sotam! 'flin t Glfcgl
lrTin PM8-38 'ocoNIf 'talli
1930
180.0 30.0 SS
200 100
20 166
552 7.58 1.28 099
215 102 022 200
N llroiol 250 MA Solution
50!
6 00
''loi'te Mattatoi 750 U* loluttan 632.1
41.07
on Contai g iito lv it* s i limitar W|ft
("ti B 'tp rrin or approilffltttly 28 minutai and
- I dann midi
8 H 5 5I hnuta.liibl* R itr Jun| OH**
*^ C0< II55 .'ta lli jnd/o< 2% 250 UR Solution
in d/or 10% K,CO| Solution
3.0 44.0 412.0
220
OM 5 .5 0 50.50
2.76
Flint P tafirttii
1164.1 100.17
/taifM /G illo n
-
(1 6 0 ibi.
P r | iM Volumi Concinlritlin J |.7 %
talli) Conim i
610%
H i-M *ta itaiC a il/0 |U o n 1184
I5 90KU
7.8 8.5
d it i 'mulinanti lluilnuft (fi ikir b n i il murimi ** *i"l (tu II fluita --MI If aHfln| Oli mun I -m i u II r i --li Mtli. 'Ci-MKiiinc a o rM. . .--. ii tu t a <>(< li.im i m i , o04 N<ti ilatti MHttr-niii iitif, I <IMI I.U !"Hlnil ll!|l
E. I DU PONT DE NEMOURS i CO.. INC.
M IS T A HICK FtlfQ IU A M Cl M AIO *! PAINI*
I m i a U n ta t*
A u lita ( liliali
PI|iM nJ C 'In i
M ISTA tn su
k ill um I mi (Ptvnii/lO O C i'lm il
W ilfi
|48
MS
Garbilo* ditlhftant (Ijrcat
manotihyl tih ir
JO
]{)
!*mol MI d iip in in i i| n l
7
7
Mtton IO vreltiPf n i n i
4
4
Poliiium (rigolfohoipfcilt
(
{
Wilco 912 e tiln t M eni
4
4
TI PURf fi96G lilinio m
dmitde. tuMe
700
US
Il PURE I f s i PC liiintgm
im i t ii . aitatale
50
R ib o l lii 375
247
300
Mi c i . 3.' 5 m fifi. n jlii| a u n d 30
30
Celioni IBI B in liio in
]
|
C ilta u tt WP-4IQ0 h|4iM itW i|l
liu to . ?% idi".
57
5?
Riducili
Ciltaurc WP-4400. 2% loin. 44
44
Cottali 581 8 mtilDim
|
|
tmultonG'iu 1454 355
355
7 Amino ?-melhjfM-popir1 }
3
} W|#f nd/of thlchfiif Min* 43
43
1 JSubir Ad-ll pfiurvittae
|0
IO
Paint P ii p if ll ii
P ljm in l Volumi CoftCMIullon 46 3 %
Nonrolatiifi. b f *|M
60.5%
W |.|ht/Gillgn
17 3 Ib i.
C onsuuncj, iiopraO *
78 K U .
pH lip p io iJ
,
7
467% 598%
170 Ibi. M A.U ,
7
fPr* I
kn>4
M 04S C IM IM I PORROSI li I m i f l u t t i Piipilnpl i
P/|fMl C lin i W atif lim a i 731 fiipnln| n i n i (75% loMiem) Ip ffilo l NPX Illn i tfirtl O.Oulfl O h tN Iiti PURE 911 or A SIO lilinium diotidi, rulli* Aibet*ni 31 S iim ion no | cudnefl eli* C e lili 781 dutam iciout i- l'ti Cglloitf 581 -8 in tito lai Water
R iivcliin Water C tiioiiii WP4400 hrdionetaji iiN u ta ir. 7% igtullgn Caligli 581 B nliloim Wileo 912 w ittin i n i n i Cifb-lal d u ib jlin i |l)rco! monoiinjl t im i D iflhfirftt s'icgl E lv ic il imultlon g r*t* 1410 Troftm PMA-30 p r u e m l't W ilif in d/gl IhkluiW lolullen
Pflnl Prapifltai P l|m in) Volumi Concenlullon Montrotalllft. by - Ifh t W fI|ftl/Cillon C oniiitincy fippfot J* pH (*pprot J
H U I IXUN10N H i ll * l l i i l l i t i c i * P I V1953 A t*U t*/fttyt*n C *poljw tnoh ltn
Pi|mnt Crini
W rirr lim o! 711 ita p r r iln i i | i n | fo litiiu m Ir/pd'yphoighali P'opflem itacol Cottali 5818 m tiio im ir U PL/Af R *tO ti|in> um dlo ili ItrU R E f f titinium d lm d i Cit'oiU a HP-4400. 3% W itir A lc a lin i J?S C it ili 281 ililo m ic io u litica Mica. )25 maih lir(roued
l (WaU
IM I 108 1 S 250
20 2364
197 499
77.0 144.1
25.0 25o
la iic llt i
Catlaiti W' 4400. 3% Eliaca PS 3195 ? (55%l Jupat HI c ra ia n a ilta W ila r Ammonta iolullon, 28% Wjtar
TfiU U
59 9 396 4 toc
00 5
24 8 1171.3
'C u li ina-n U t anta In M U|M4 palei || AR.
Cai. (WaU
1380 109 08 290 .30 687 .60 594 2.64 617 130 106
717 44 76
173 120
0) 281 10000
t C rii*
00 1 85
77 317
(7 ( 3 04
4 19
103 00
3 48 NO 7 25
u. D iri
0 25 15
0 20 236 4 19? 1.5
.8 1449
250 250
I 24
1 8
74 70
2 IM
9
14 91
7 1
00
.0
07
0
00
.0
173 1
680 9
!C
Palai PnparU ri
Pljm m l Votum Concinlnlion Monvolitllli, by t 'lM
b| roiumi Consiilmcr H ui Iib 4tl|l2B di|n I IZO'fl it f iii Ih t- i|ibittly416 (tra. IlO 'f/ifiri i] M'O
& il idM ilon Diluir iiiiiU nci lo * Ifmptratun c o tta li !
Htdmi poir (0.002/* a l film itewtfcwn) Contrai! litio SI
ih eo n licit ( mil C o iir ijt/ C ilio f)
40 7% 571% 39.5% S4-MM.U 96 100 MU > 5c7lo 7.7 eiC lM m l |o o i lood
0931 4 78 7 IR II
1896
Following are the suppliers of raw materials included in the formulations. In most cases, the names used are registered trademarks or trademarks of the companies listed:
ASP-100,400
c a rb ito l
CELITE CELLOSIZE QP-4400 COLLOID 677, 501-0 OAXAO 30 ELVACE ACETATE/
ETHYLENE COPOLYMER ELVACET POLYVINYL
ACETATE EMULPHOR EL-719 y, IGEPAL MAKON 10 METHOCEL 325 MESH WG MICA NATROSOL 250HR NOPCO NDW PMA-18 POLYCO POTASSIUM
TRIPOLYPHOSPHATE RAR 551 SATINTONE '1 SUPER AO-IT TAMOL 731, 890 TERGITOL NPX TI-PRE TITANIUM DIOXIDE TITANOX TROYSAN WALLPOL
Minerals A Chemicals Philipp Corporation Union Carbide Corporation Johns Manvilie Union Carbide Corporation Colloids, Inc. W. R. Grace A Co., Dewey A Almy Chemical Dv.
E. 1. du Pont de Nemours A Co., Inc.
E. 1. du Pont de Nemours A Co., Inc. General Aniline A Film Corp., Dyestuff A Chem. Olv. Genera! Aniline A Film Corp., Dyestuff A Chem. Div. Stepan Chemical Co. The Oow Chemical Co. English Mica Co. Hercules Powder Company, Inc. Nopco Chemical Company Nuodex Products Oiv., Heyden-Newport Chem. Corp. Borden Chemical Co.
Victor Chemicals, Div. of Stauffer Chemical Co. Ross-Rowe, Inc. Minerals A Chemicals Philipp Corp. Nuodex Products Oiv., Heyden-Newport Chem. Corp. Rohm A Haas Company Union Carbide Corporation . I.du Pont de Nemours A Co.. Inc. National Lead Co., Titanium Pigment Oivisiun Troy Chemical Co. Reichhold Chemicals, Inc.
The infsrm itlon in this bulletin It to our best knowledge true end
accurate, but it l recommendation or suggestions are made without guarantee, since the condition ol 1,2 are beyond our control. Nathing contained herein ihatl be construed as a recommendation to use any product in conflict with w itting patent* covering any material or use.
A
.
.
.
Z ''
1897
ASBESTINE* 3 X
This is a fibrous, general-purpose pigm ent of medium con sisten cy that works wall in both interior and ex* tarior paints b a s o d on oil, o leo re sin o us and water-emulsion system s.
T O P IC A L P H Y S IC A L C O N S T A N T S
V . L o s s T h o n 3 25 M u i h ....................................................................................9 8 .5 0 .5 V . Average Particle S i z e ............................................................9.0 Microns O il Abiorption (Gardner-Colem an Cup M e th o d )....................38 3 Color (Tri-Stimulus G r a o n ) .................................................. 90 Minimum P a in t C o n s i s t e n c y ...................................................................................................... 79 n 4 K U Wator Absorption.............................................................................120 i : l O S p c if i G r a v it y ............................. ...................................... s .................................................1 7 0 Weight Per Solid G a l l o n .............................................. ...............23.16 lb*. 1 lb. Butk/Goltons.............................................................................. .0.04318 Voiume/100 Grams (Loose) ............................................................. 224cc
(Tamped) ............................................................ 91cc Mcijturo .................................................................................................. 0.24V# S iru e tu re ..............................................................................................Acicular H cgronn.........................................................; ........................... ..................0-2
T Y P IC A L C H E M IC A L A N A L Y S IS
S O , ........................................................................................................ 51.44V*
M g O .........................................................................................................30.30V#
C a O .........................................................................
4.92V#
R , 0 , ........................................................................................................ 1.CSV
M n O ........................................................................................................ 0.12V#
C O , ........................................................................................................ 0.5V.
Lo ss on Ign ition................................................................................... 5.9 V#
pH, 10'/ S lu r r y ......................................................................................9.4
Watar S o lub ility.................................................................................... T rar*
International Talc Co., Inc.
WOMO-S lA O es CKODUCIB Of TAIC A tM iriK LC IflA U IU lC -IH riFlK illO X A flJRt . O u t8*81
o f f ic is
430 L.AlnitDnfav,, Vorh.N. 1. 1001T Phsn 313-633*QB33 MIMC& . a m ills
*/* less than 44 M ic ro n s ., .98.5: : 0.5 V# tes* than 10 M icrons . 53
U less 8ian 30 M icrons. ..93 /# less than 20 M ic ro n s .. .78
/less than S M icro ns...34 /lesstrian 2 M icro n s.. 20
'/ loss than 15 M icrons. ..67
/ less than 1 M icron.. .14
Mk
V
ASBESTINE* X
Asbestine X is a semi-fibrous ta lc of tow ail demand with a high P V C po* lenliaf in a low KU range. M c a n bo used in interior paints, and is e sp e cially recommended for ealorior tintbased formulations.
T Y P IC A L P H Y S IC A L C O N STA N TS
h Less Than 325 M e sh .............. ............... ..........................98-5 #.5*/,
Average Particle S iz e ........................................................... 7,8 Micron
O il Absorption (Gardner-CoUman Cup Method]....................31 -- 3
Color: {TrLSIimulua G re e n )........ ................................. .. .80 Minimum
Paint Coniistency ...................................................................7J -- 3KU
W ater Absorption .............................................
BB10ce
Specific Gravity....................................................................................2-79
Weight PerSolid Gallon............................................................23.24 lbs.
1 tb. Bulk/Gotton .......................................................................... 0.04303
Volume/100 Grams ( lo o s e ) ............................................................ 216ce
(Tamped) ................................
B7ce
M o is tu re ........................................................................
0 .2 0 V *
Structure ...............
Grenular
Hogman .............................................................................................. 0 - 1
Votess Ihan44 Microns ..O B J rsO S / le s t than30 Microns . .00 " fe trii th a n Micrpnt ..7 6 V* teas then IS Microns ..6 9
/ lese (hen 10 Microns . .57 */* less then 5 Microns . .36 / leas th in 2 M ic ro n s ..21 V* le st than 1 Micron ..1 4
1899
ASSESTINE* 3 2 5
Tailoiod by our unique r e c e s s , A sb e s tine 325 offoro good cucponsion and anlisagging prooortlcs in 4 scmlfibrous talc with medium oil absorption and consistency. Recomm ended for quality oil and weter-emuision paints. Noted tor its ouso of dispersion and good su s pension without chem ical additives.
I ll Mignllitflion
TY P IC A L PH Y S IC A L C O N S TA N TS
V Last Than 325 M e sh ......................................0955*/ Minimum Average Particle S l i e ............................................................ 4 8 Microns Oil Absorption (Gardner-Coleman Cup M ethod).................... 39 3 Color (Tri-Stimulua G re e n )..................................................................COMinimu Paint Consistency ................................................................... ?8 2:4 K U Walor Absorption . ........ ............................................................ 95 2:1 0
Specific Gravity..............................................[ ....................................2.78
Weight Per Solid Gallon ........................................................... ,23.16lbs.
1 lb . Butk/Galtons...........................................................
0.01319
VolumeMOOGrams (loose) ..............................................
240ee
(Tamped) .........................................................lOOee
Moisture .......................................
8.85V*
Structure .................................................
Aetcular-Plsley
H cgm sn........................................................
4 Minimum
TY P IC A L C H EM IC A L A N A L Y S IS
S iO , .................... MgO .................... C sO .................... HaO , ............................ MnO .................... C O , ............ Loar on ignitien . pH, 111*/# Slurry ., Water Solubility .
52-WV. 8189 V*
B-2BV,
O.MV* 0.12V* 080V* 682 V* 95 Trace
Inte rn atio n al Talc Co., In c. wotoi wrgest m ccucis or TMC
4scrjimi-ctruuiTic.ittTfitt<7i*t nane uoulqimi ornees
30 L*.l^l on *., Ms York. H. V. IPCtT
MlWIS <t MILLS G*u*mau<. ti*m tori.
P A R TIC LE S IZ E
*/, less than 44 Microns. .99.95 A <esi than 30Microns. .995 /, less than 20 Microns. .11 */ less than 15 Micions. .94
D *STR IB U TIO N
*/ less than 10 Microns . -79 /lessthan 5 M icrons..54 /leisthan 2Mieons..27 */i h i s l h s n 1 Micron .1 1
1900
ASBESTINE"FT
TY P IC A L P H Y S IC A L C O N STA N TS
*/ Los* Than 325 M esh..................................................AM*/ Minimum
Average Particle S i z e ..........................................................6.0 Micron*
Oii Abiorplion (Gardnsr>Coloman Cup M olhod).................. 39 3
Color (Tfl-Slimulu* G ree n )................................................. 60 Minimum
Painf Consistency . , . . ............................................................10 z t 4 KU
Water Absorption........ ....................... ............... ...................105 * 18cc
Specific Gravity ...............
2.71
Weight Per Solid G allo n ........ ................................................ 33.16 lbs.
1 ib. Built/Gallona.....................................................
0,04311
Volume/l(X) Groms (Loose) .............................
2S2cc
(Tamped) ..........
6Bcc
Moisture ...................
.......0 .2 7 * /
Structure .............................
AcleuJar `
H egm nn........................................................................................... . . . . 1 - 3
T Y P IC A L C H E M IC A L A N A LY S IS
S iO , .................................................................................................. 54.22*/*
MgO .............................................................
30-27V*
C a O ................................................................................................. MB*/
R j O ..................................................................................................0J6/
MnO ................................................................................................. 0.12V*
C O * ......................................................... ..........................................0.77% L n ia o n ignition......... ........................................................ 6.57V*
pH , 10V Slu rry........ .......................................................................g.S
Water Solubility..........................................................,,..................Trace
international Talc Co., Inc.
WtwiO'i {AIGUT PIOOUCI* O f U lC
irm(*ciMMITlC*ni(MaTiUM|.nMI*l0MOCKI
OFFICt*
4,6
A . K w V*. M. V. 10017
Plum J I M I M IU
PA R TIC LE S I2 E D IS TR IB U TIO N
*/ le ts than 44 M icrons.. . I I J */ ieaa than 30 Micron*.. .16 % tea* than 20 Micron*.. .62 */ {a* than t s M icron*.. .13
V* leaf than 10 Micron*.. .67 / In* than 5 Micron*,. ,45 V* lea* than 2 M icrons.. .26 V* lets than 1 M icron... .18
1901
wfij
ASBESTINE* 4 2 5
Asb estine 425 is a semi-fibrous talc with medium to high oil demand. T his "Btir* in" pigmont has good suspension prop erties and is rocommended for indus trial paints. ft io tailored by otrr unique p ro ce ss which eliminates coarse parti cle s and provid -s balanced particle s ijo distribution.
T Y P IC A L P H Y S IC A L C O N S T A N T S
V Less Than 325 M e sh ............ ....................................S9.93'A Minimum
Average Radicle S ix e ............................................................I S Micron
Oil Absorption (Gardner-Coteman Cup Method) ...................45 4
Colei (Tri-Stimulus Green) .................................................90 Minimum
Paint C o n siste n cy.................................................................. .61 2: 4 KU
Wafa* Absorption.................................................................. 5 ~ ISce
Specific Gravity ............................................ ....................................2.76
Weight Per Solid G a llo n ........................................................... 22.Wfl>i,
I lb. 6 idk/Galiens...................
0,0435
VcIume/100 Grams (Leoae) ...........................................................360cc
(Tamped) ..................................
,1l0ce
Moisture .............................................................................................fl.Sfl'A
Structure ........................................................................... Aclcular-Pfatoy H e g m an ............ .......................................................................S Minimum
TY P IC A L C H EM IC A L A N A L Y S IS
International Tain Co., Inc.
M M I1iK I> CtM H tralC *flTtR A !lO tltirtllt(*W O U tB I!
ornees 10 t-.,initn A*a,, MoofTort. N. . 1001T
rim o it M U it a i MIMES and MILLS
Qua iniu>.N aw Vfc
P A R T IC LE SIZ E
V* less than 44 Microns. Trace V* loss than 30 M lcroni.Trace *h le a , than 20 M io e n s.. M S *fy less than IS Microns.- .ft.*
D IS T R IB U T IO N
*h toss than *0 Mieons. S 7 3 h lea than 5 Microns. .7* *U less than 3Micom..45 /# lesa than I Micron.. .30
1902
ASBESTINE95 X
TY P IC A L PH YSIC A L CO N STA N TS
V. Less Than 325 M e sh .............................................. 0#3*/ Minimum Average Particle Su e .................................. .......................6.2 Microns Oil Absorption (Gardner-Colemin Cup M ethod)..................46 3 Color (Tri-Stimulus G r e e n )...............................................00 Minimum Paint Consistency......................................................... 65 K U Minimum Water Absorption..................................................................135 10cc Specific Gravity ............................................. ,,.................................2.7B WeightPer Solid G allo n ............................................................23.161b. 1 lb. Qulk/Gallona......................................................................... O.OOtB
Volume/tOO Grams(Loose) ............................................................260cC
(Tamped) ...................................................... I04cc Moisture ........................................................................................... 027V
Structure ............................... H egm an................................................................
.Fibrous 0-1'/*
T Y P IC A L C H EM IC A L A N A LYSIS
S O , . . ......................................................................
5532V.
m9 0 .................................................................................................30,37V*
C s O ................................................................................................ 6.0 V.
R * o . ................................................................................................ ....
M" 0 ................................................................................................. C O * .......... Loss on Ignition............................................................................. pH, I0V* S lurry...............................................................................
Water Solubility .............................................................................
0.14/, 0,68V. 6JZBV* gg
Traca
International Talc Co., Inc.
iiM iiitn
*/ less than */i lets than */i fc*i than V. less Itian
PA R TIC LE S IZ E D IS T R IB U T IO N
44 M icrons.. .09.5V* leas (nan 10 M icrons.. .66
30 Microns.. .07
V* less than 6 Microns. . .43
20 M ic'ons.. .03
V* less than 2 M icrons.. .21
15 M icrons.. .65
V* less lhn t M icron.. . . IS
* j*
1903
INTERNATIONAL 6N F
This is n magnesium silicate reinforc ing pigment that is recommended where lower oil absorption and con sisten cy am requited than arc found in our rogulor grade c l International
Fibre. l! offers good cstrusion and anti-
slum p properties like the other g-odas of Internatior.s' Fibre, its natural white color enhances the finished appearance of both white and colorod caulking compounds. Suitable for both knife and gun appli c a tio n s .
TYPIC A L P H Y S IC A L C O NSTANTS
/* L o ti Than 335 M a sh............................................................. Average Particle S U o ................................... .......................ffl Oil Absorption (Gardner-Colaman Cup Method}.............. Color (Tri-Stimulus G ro a n )...............................................60 I Water Absorption.................. Specific Gravity .................... Weight Per Solid Gallon . . . 1 lb. Sufk/Gallom .................. Votumo/100 Grama {Loose) ..
(Tamped) M oisture................................... St'uclura ............................... . Hogroan ................................. .
T Y P IC A L C H EM IC A L A N A LYSIS
S iO , ...................................................................................... MgO .................................................................................... C a O ..................................................................................... R .O , ..................................................................................... MnO .................................................................................... C O , ..................................................................................... Loss on Ignition................................. ................................ pH. 10*A Slurry .................................................................. Water Solubility..................................................................
lit Mgnltic|Iai<i
In te rn atio n al Talc Co., Inc. w oitos l i i a t i r riaouel* or iaic einMtnuc> uriflM Timi Mint mouloiw
offices to twiner Aw., Mw.
Ph.. ao-ast-M
v. 'COtr
MlWlfianO P IU S
p a r t ic l e s iz e o is t h ib u t io n
/ lo t, /* lei
le u lets
thin 64 M ic r o ...#0 = thon 30 M icro . .IS thin 20 M icro. ..53 than 15 M ic r o ...5
S*A V. fe lt thintOM^rc */. leas th 5 M.cre / to il than 2 Micrt V .le a ilh a 1 M;rc