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HI-TEMP GCON FIAMMAULTTY, FLAME SPREAD, AMD SMOKE GEMtEAYtON DATA
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Motorola Modtea wann Cofloy tat
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DiwMir U# 1970
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it Cornett ft. X. WaU L ft. CUter M.M.O'Maro ft. I. Mayor
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39697 BFG08574
20389001
S. F. GOODRICH CHEMICAL COMPANY
development center
Bt-TEMP GEON FLAMMABILITY. FLAME SPREAD. _________ AND SMOKE GENERATION DATA
V James Summers December II. 1970
Introduction
HI-temp Geonliss bpen^hown to
good material tn regards to
flammability. fUoriCdpnrira, and amop ^iteration. Thu data u
gtatnlly icatttn^o/iD,vddoui mporta/^ki purpose of this report
Is to luounartit aiabriM mtlor this
Results and Discussion
Sattnl types of data are MilU^ILya Rl*tiap. Thepe are:
1. Pyrolyau
2. Omygee Index
3. Underwriters* Laboratory Fjjybutit on flame gtatmtloiC^d baTlIavttopmt
generation la a NM Sa^Ainusilty Chamber.
t oa pyrotysla ol chlonnetep'FVC in helium at
_____ _ _ Htton products ware aboutm 10^6% carbon-
eetf 9% volatile hydrocarbons, ft) The udforfUrtiydrocarbon
about 251 bensene and 75% chloro andTOcMorohenxenes.
______ _
, PVC. when pyrotlsed under the same ^ndip^pd; produces
57% MCI, S% carbonaceous ash, and 3S% volatile hydrocarbons. 0)
The volatile hydrocerbone ware 50% bensene. If the voUCtib materials
ase considered fuels or smoke generating matanaIs. than chlorinated PVC
is better than PVC. The.e date era Ulustratad in figure 1. The work on
oxygen Index la that cf C V. Pur's. Tha procedure (ASTM D2363) was
to Ignite the sample V- v seer* .Js, remove the flame and time the burn.
The oxygen is adjusted nK . either e) 3 minute bum or b) $ cm. bum
accepting whichever occurs first. These dets are luted in Table i.
BFG08575
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7
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Pm It 600C. Pvrolvili Product! of Chlorinated PVC and PVC
;%
(
BFG08576
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Tabla 1. gyfsn ladsx of gavsral 810 Folrmarlc MatarUla
3
Matarial
* Hi-tamp 88884 Gray 240
Extrusion Grada Cl PVC
Hl-tamp 88885 Gray 2S0 Molding Grada Cl PVC
HIHasp 3008 Tin 309 Molding Grada C1WC
Goon 85821 Whlta 139 PVC Pcwdar Compound
Gaoo 7082 Whlta 138 PVC Cubs Compound
Abson 89129 Natural 822 Saif axtftnguisblng AES
Oxygan Indax % Oxygan
81.4 82.8 56.9 SI.O 88.2
27.8
As is ass* in this tabla, tin HI-samp eenpoaads raquiiu rtcbar supply of oxygan to bum than do tbs PVC ooanouads. tbts Is also much gssatac thus tar sail axtlagulihlag ASS. %
Sons otbar morit oa naypia lartat, by D*J| Bslt sad P. Mareuoei. was isportsd far this osllud Sian of shlartaaaad PVC.w Is tbsss tbia Alas, tbs oxygon
306960:
BFG08577
Test* wtw 1U0 Mdi la tin Ittlnar tunnel at Underwriters' Laboratory. Thitc
tasti were fallowed tof D. l ifllenlus and T. F. Dunnigsn. Tha standardised
taat method is dtaertM in ASTM eS4- and Ut Publication 723-1960 IUTM E84-41). TtoO gee U aasantialty mathana with a flams tamparatura of 1230-1280*7. All air Is diffusion air, Materials are coshered to a Red Oak
flooring Control. These data era listed in Table 3.
TbU 3. Tunnel Test at Underwriters* Laboratory
MMwlal
lied Oak flooring HI-tamp SiaSS Tan 309 Molding Grade Cl PVC
Hi-taap 88084 Gray 260 Extrusion Grade Cl PVC
Gaoo 85821 White Powder Compound
Gaoo 85838 White
Abeon 89291 White 3eif extinguishing AM
Abeon 99U9 Gray 234 Saif extinguishing AB8
Thickness Mila
20 28
43
54 80
120
Roma Spread Classification
100 5
Smoke Raunc
100 45
1 Fuel dc. . Retina
100 0
0 25 0
20 215 0
31 407 2 72 575 --
100 668 "
Aa is aaaa In Tabia 3* Hi' tttua than
flama spread rating, a lower aaoka PVC oompouada also hava a low
However. PVC baa a higher smoke has about the same flama spread Again Hi 'temp looks very good In this
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Development Center on the HBS top C. V. Pucka. Tha data u In this taat
Dm Da
whera Da
sample}
(optical path length) Urea of anpoaad
I l*
1
Transmittance
Tha data era susnaartaad in Tibia 4
39697
BFG08578
Swoke
nw*<-
of BIG Compounds in an NBS Smote# Penalty Chamber
Comoound
Hl-temp Grey (. Oil Inchea)
Hl-temp 89984 White Extrusion Grade C1PVC
Hl-temp 99985 Grey Molding Grade Cl FYC
Hl-temp 89918 Natural
Goon 7002 White PVC Cable Compound
fisea Natural
MOO 89129 | Seif extinguishing ASS
Dm 25
80
109
234 443
M 4S7
Smoldering
Ttam
Time
to Dm to Ds - 16
minutes minutes
5 .25
15.3
2.5
13 1.4
13 2.35 1? 1*9
1$ 1.15 20 1.9$
Iteming
Time
Time
to Dm
loDs 3 16
Dm minutes minutes
29 4
.25
246 8.8
.65
269 4
.5
471 4 700 5
.55 .99
232 .9 . 709 2
.25 .55
Than U much tcattar la tin dan of Table 4. Generally. though. HI-temp looks hotter than PUC aad ASS compounds.
OoaaU Discussion la tha sevecel 1
has generally looked good in flamambility and that makes Hi-temp look good la unknown at
la nssdad to Uko tell advantage ol those to ha oonsldorort ate:
that HI ability; what i
of tta low volatilo bydrooarbon oontont ? If thia la nt In the CIPVC have on flammability and
f Tha dan of Table 2 does not show a clear cut tiond. it is ap atiaed with other flammable polymers reduces the fiamm-
i U do to smoko generation?
2. la Hi-nmp good because of its high amount of oarbonaoaoua ash which may act as a cruet to cut affair tom the burning material? If so. what offset does molecular weight and chlorine content hove on formation of the crust ? How does tha sample thickness efteot tha crust formatioat
20939006
BFG08579
I
at and rubber tddlttfM (ma oa fliaMbllity and 4* It tt-mfeo OflOd because dm tamattoo of net displaces oacygen frot
tte MWl Tilt tppttrt not to it true la FVC because high loadings of net WmWii do not affect dm flammabtlity. W 5. Do tit few taatha of percent of chloroform tad oaibofttetrachlorldc in Hi-Ott tom photgant la a Hama? A smalt amount of photgana, if present* may tot ba any moso tomie than dm HCt or carbon monoxide. Homvtr, wa should ba aware if it to present. I. What affect float HCt boat oa pastdastad concrete and stool beams in dm boat of a ftia and latar long Wffi affeots? la dm am few moadm wa witt ba atttafedaa at aasamr tomt of thaaa questions at dm
Cantor. Wa wUtba looldat at dm mofeoutor parameters, additivaa nod bleeds.
BFG08580
20989007
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TMhalMl Report, June It, 1M*.
m Product* Ttom Tobr
m MUmIu, D. L., T. P. Dunniean, **7--1 **at at Undagwrttara* tetobar 12, 1270.
O) O'Maia, U.U..
__________________________ lMta
m
I, P.D... D.ILHall,
t, 1972a
li Aaport, Marco 19,
3V :V' ;'
8 1 )0 6 8 6 0 2
{ BFG08581 i