Document nNNmpLbDBonB8d2G3oegjm5YX

FILE NAME: Copeland (COP) DATE: 1987 DOC#: COP018 DOCUMENT DESCRIPTION: Specifications from Reinz Extraction values for REINZ-AFM 30 1-) Chloride contents acc. to REINZ test method KWU-method 2.) Freon extract 20 h (0 h 60 h p 12 F 22 3.) Extract with Trichlorethylene 16.10.1987 VAI Rp/bo 0,016/0,016 % 111/128 ppm 151/150 ppm 155/154 ppm 0,05/0,03 % 0,11/0,13 % 0,52/0,45 S See Technical Data Sheet for values of REINZ Thermolit-K COP 0567 I TEST CONDITIONS I I - hydraulic testing press - press plate: steel, ground - pressure rates -- duration : t^ = 1 min - testing ring dimensions (gasket): 0 70 x 100 min - testing ring thickness (gasket): s q ( 1 mm 1) blankable type with rust-free carrier plate 1.4401 ^ (`Q P Q 5 6 9 ' ________ \ COP 0572 sealing surface pressure P - C N / m i T I /NH 3 test no. I/ Lar .> a a j y ~ ^ C?C?C?C?C?C?C?^C?Cj ' % f - ^ J?. cfcT o s' 3 $o s co ^ _g, <?^"i> r a? <># UJ O GEGP GGP P P P GPGGPP P P GEGPGGP P PP GE GP GGP P P P GEGGPGGP P P GEGGPGGP PP GEGPGGP P PP GE GP GGP P PP GEGGPGGP PP GEGPGGP PP P P E E E E E GE GE PEE EEEGEGE PE E EEEGEGE PEEE EEGEGE P EGPGEGE P P PEGPGEGE PP P E E E E E GE GE PEE EEEGEGE PEGPGEGE P P PEE EEEGEGE PEEEEPEEEE PEEEEPEEEE PEEEEPEEEE PEEEEPEEEE GGPE PGPGEE GGPE PGPGEE PEEEEPEEEE PEEEEPEEEE GGPE PGPGEE PEEEEPEEEE EGEEPPPPGP EGEEPPPPGP EGEEPPPPGP EGEEPPPPGP EEPEPPPPPP EEPEPPPPPP EGEEPPPPGP EGEEPPPPGP EEPEPPPPPP EGEEPPPPGP cop ito ? i r tkaeiwwftv*** s. B ifid i *(&!&&: .. ... ; y t m m m ' W f ' *./'' % *> a S>t/3? & r& # < : v/5> s> #>o' .$> ^ . P E E P E E E P E E P E E E P E E P E E E P EEPE EE P P PGGGE P P PGGGE P E E P E E E P E E P E E E P PPGGGE P E E P E E E o oono <007 i COP ARMSTRONG SYNTHESEAL PRODUCTS TN-9000 TN-9001 TN-9004 TN-9C05 TS-9003 TS-9006 N-8090 N-8092 S-8091 KN-9007 PEGEGEPE EE P EGEGEPEEE P EGE GE PE E E P EGE GE P E E E P EGGGPGE E E PEGGGPGE E E PEGEGEPE EE PEGEGEPEE E PE GGGPGE E E PEGEGEPE E E E E E EE E EE E E E EE EE EE E E E E E E EE E E E E E E E E EE EEE E E E E E EE E^ E E E E E E E E E^ E E E E E E EE E E E E E E E E EE E E E E E E E E E E E>^E E E E E E EE E E E E E EPP E EEEGPE EPPE EEEGPE EPP E EEEGP E EP P E E EEGPE E PP E E E P P PG EPPEEEPPPG EPPEEEEGPE E P P E E E EG P E E PP EE EP P PG EPPEEEEGPE EGEG GEE EGEG GEE EGEG GEE EGEG GEE PGEG GEE PGEG GEE EGEG GEE EGEG GEE PGEG GEE EGEG GE E (A rm strong COP 1762 Chem ical R esistance "All technical information and recommendations listed in these tables are based upon technical data to be reliable; but no representations, guarantees, or warranties, of any kind, are made as to the accuracy thereof and the suitability for a ny applications or any results to b e obtained therefrom." TABLE RATING SYSTEM E-EXCELLENT RESISTANCE; Materials should be suitable for use with these fluids. G-GOOD RESISTANCE; Acceptable performance of materials depends on the concentration and temperature of the fluids. P-POOR RESISTANCE; Materials would not normally be suitable for these fluids, but in some cases the materials may be acceptable, depending on application parameters. NOTE; In all cases, thorough testing and evaluation of the material, in the actual application, should be conducted and the material approved based upon its successful performance. ARMSTRONG SYNTHESEAL PRODUCTS TN-9000 TN-9001 TN-9004 TN-9005 TS-9003 TS-9006 N-8090 N-8092 S-8091 KN-9007 J2) 'cs5'S.5S5c?c?c?c?c?r? S' S' S 3 3 icy rtacfcVc?# CL P GG P GP E P E P P GG P G P E P E P P GG P G P E P E P P GG P GP E P E P P GG P E E E G P P PGG P E E E GP P PGG P G P E P E P PGG P GP E P E P P GG P E E E GP P P GG P G P E P E P P E EEE P E E PE P E EE E P E E PE PEEEEPEEPE P EEEEP EEPE P E EEEP E E EE P E EE E P E E EE PEEEEPEEPE PEEE EPEE PE PEEEE PEEEE P EEE EPEEPE PEEEP EPPEE PEEE P EPPEE PEEE P EPPEE PEEEP EPPEE PEEEGEGPEE P EE EG EGPEE PEEE PEPPEE PEEEP EPPEE PEE E G EGPE E PEEE P EPPEE GGEE E EP P PP GGEE E E P P PP GG E E E E P P PP GGEE E EP P PP PPE P E E P G P P PPE P E E P G P P GGEE EEP P PP GGEE E EP P PP PPE P E E P G P P GGEE EE P P PP UJ PEE E PE E E EPEEPE PE E E PE E E EPEEPE P G E E EGG GP P PG E E EGGGP P PE E E EPEEPE PEE EEPEEPE PG E E EGGGP P PE E E EPE EPE Q_ LU LU Q. LU LU CL LU LU LU E PGPEE E GEG E P GPE E E GEG E PGPEE E GEG E P GPEE E GEG E G P G E E E PGP E G P G E E E PGP E P GPE E E GEG E P GPE E E GEG E G P G E E E PGP E P GPE E E GEG P EPEGEE E E E P EPEGEE E E E P EPEGEE E E E P EPEGEE E E E GEGE PEE E E E GEGE PEE E E E P EPEGEE E E E P EPEGEE E E E GEGE P E E E E E P EPEGEE E E E ARMSTRONG SYNTHESEAL PRODUCTS TN-9000 TN-9001 TN-9004 TN-9005 TS-9003 TS-9006 N-8090 N-8092 S-8091 KN-9007 & ,,C- Sf .tr S) S .y -p o ^ c^ f / P o A o c T^?'?oisj'QoA.qOa-^.Gtr O-<SJOSS' ^3^f0f^ig )j Q 0 Q OOOOQQOQ^ GGE E GE P E P P GGE EG E P E P P GGE EGE P E P P GGE EGE P E P P PPE P G P G P P P PPE P G P G P P P GGE E GE P E P P GGE E GE P E P P PPE P G P G P P P GGE EGE P EP P G P GP P P E EGE GPGPP P EEGE GPGP P P E EGE GPGPP P E EGE G P P P P G(p G G E G P P P P 3 'G G E G P G P P P` E G E GPGP P P E EGE GPPPP 3 GGE G P G P P PV E G E P PP PE E E EE E PPPPE EEEEE PPPPE EE EEE P PPPE EE EEE P PPGE E E EE P P PPGE E E EEP P PPPE E EEEE PPPPE E EEEE P PPGE E E EEP PPPPE EEEEE S'jz>ja ,<& jm u fffin cff# i UjUsU/tl/U/k/toU/tft? / # ,Ti- r s i ii tuM titt Tcyj ^ -3?C^c'-ST^ E EPE GEE P EE E E PE GE E P EE E E PE GE E P EE E E PE GE E P EE E E P E GE E GE E E E PE GE E G EE E E PE GE E P EE E E PE GE E P EE E E PE GE E GEE E E PE GE E P EE E E E EEEPEEE EE EE EE E E E E EE PE EE E E E E EE P EE E P G E P E E 633g)E PGEPEE E E E E EE PE EE E EE EEE PEEE P GE P EE 3 E E E EE EEPEEE 13 m m m E E E EE E E PEP E E EEEE E PEP E E EEE E E PEP E E E EEE E PEP E E E PP P G GEP E E E P P P G GEP E E EEEE E PEP E E EEE E E PEP E E EPP P GGEP E E EEE E E PEP P P G P PEG e E E P P G P PEG E E E P P G P PEG E E E P P G P PEG E E E P P GEGGG P E E P P G E GGG P E E P P G P PEG E E E P P G P PEG E E E P P GEGGG P E E P P G P PEG E E E COP 1763 A rm strong y o NONASBESTOS GASKET MATERIAL ENGINEERING DESIGN FEATURES Syntheseal Thermo-Tork Tiifgraph1 THE EXPERTS EXPERTS DEPEND ON HI-' ..U'lftol !:- Syntheseal Product Line Fully Cured Binder System Nitrile Binder N-8092 Reinforced Cellulose Fiber System 350 F (177C) Latent-Cure Binder Systi Nitrile Binder N-8090 Reinforced Cellulose Fiber System 3 5 0 F ( (177 C) s Controlled Swell Binder System Styrene Binder S-8091 Reinforced Cellulose Fiber System 350 F (177C) Features: I Higher densities than tradi tional cellulose materials. I Sealability characteristics similar to asbestos-containing materials. i Dimensional stability vastly superior to traditional cellulose materials. In fact, dimensional stability of Syntheseal materials closely replicates that exhib ited by asbestos-containing materials. I Specialized binder systems designed to meet the various demands of difficult-to-seal applications below 350 F (177C) Thermo-Tork Product Line Fully Cured Binder System Nitrile Binder TN-9000 (High Aramid Fiber Content) 750 F (399'G) TN-9004 (Reduced Aramid Fiber Content) 650 F 343 "C l (Cellulose & Aramid Fiber System) 550 F (288C) Styrene Binder TS-9006 (Reduced Aramid Fiber Content) 650F (343 C) ^9016* (Cellulose & Aramid Fiber System) 550 F ^ ( 2 i88JiS)- Latent-Cure Binder System Nitrile Binder TN-9001 (High Aramid Fiber Content) 750 F (399 C) TN-9005 (Reduced Aramid Fiber Content) 650 F (343 C) TN-9015 (Cellulose & Aramid Fiber System) 550 F (288 C) Controlled Swell Binder System Styrene Binder TS-9003 (Reduced Aramid Fiber Content) 650 F (343 C) TS-9013 (Cellulose & Aramid Fiber System) 550 F (288 C) Tufgraph Product Line KN-9007 (Fiber Reinforced Graphite) 1000F (538 C) NOTE: Suggested useful upper temperature limits are to be used as guidelines only. Many factors inherent to a particular application will influ ence a material's temperature resis tance in that specific application. COP 1765 FullyXo-pd Binder Products These materials are either formulated or secondarily converted in a hydraulic press to further the state of cure and increase the density. The higher density and fully cured binder system work together to improve interstitial sealability. Advantages 1. Improved Compressive Strength 2. Increased Tensile Strength 3. Improved Creep Relaxation Properties 4. Superior Fluid Resistance Fully Cured Materials From Armstrong Aramid Fiber: TN-9000, TN-9004, TS-9006, TN-9014, TS-9016 Formulated Cellulose Materials With Fully Cured Binder: N-8092 Compressive Strength 300F, Load Applied @ 10,000 ibs/min 15,000 PSI 30,000 PSI TN-9005 TN-9004 Typical Values TN-9005 Compressive Strength 15,000 PSI TN-9004 Compressive Strength 30,000 PSI Percent Creep Relaxation ASTM F-38, 212F, 22 Hrs, 3,000 psi 30-34% 19-23% Latent-Cure Products This material is specially formulated to allow for Initial conformability which aids in seating rougher flanges In the material, thereby checking interfacial leakage. In the.presence of application heat, a cure package is activated that crosslinks the latex rubber molecules, providing the inherent toughness and fluid resistance of fully cured binder gasketing materials. Advantages 1. More Compressibility. Ideal for lower flange pressure application. Allows for good flange seating into gasket material. 2. Provides In-Application Performance Of Fully Cured Binder System Materials. Superior fluid resistance. Excellent compressive strength. Latent-Cure Materials From Armstrong Aramid Fiber: TN-9001, TS-9003, TN-9005, TS-9013, TN-9015 Reinforced Cellulose Fiber: N-8090, S-8091 Fully Cured vs Latent Cured Initial Compressibility @ 5,000 psi 7-17% I 15-30% TN-9004 TN-9005 Typical Values TN-9004 Compressibility 7-17% TN-9005 Compressibility 15-30% Recovery Controlled Swell Products These are beater-addition materials blended with styrene butadiene latex rubber binders that incorporate a latent-cure package. The SBR binder interacts with the internal fluid, causing a swell action to occur In regions of low flange pressures. In the presence of application heat, the latent-cure package crosslinks the binder to inhibit further swelling. Advantages 1. Initial Swelling Action. Improves sealing performance of gasket in regions of less than ideal flange pressures. Improves material's ability to provide interfacial sealability in applications with rough, as-cast flanges. 2. Improved Fluid Resistance. After the binder crosslinks in application, the material exhibits superior fluid resistance. Controlled Swell Materials From Armstrong Aramid Fiber: TS-9003, TS-9013 Cellulose Fiber: S-8091 Controlled Swell Material Percent Thickness Increase (ASTM Oil 3) 56% I 30% TS-9003 TS-9006 Typical Values TS-9003 56% Thickness Increase TS-9006 30% Thickness Increase TN-9005 TN-9004 Typical Values TN-9005 Creep Relaxation 30-34% TN-9004 Creep Relaxation 19-23% Typical Values TN-9004 Recovery 50% Minimum TN-9005 Recovery 25% Minimum COP Controlled Swell: In Application Performance Gasket Top Flange Bottom Flange 1500 Proficiency Value For S-8091 (.031") * 10% Proficiency Value For S-8091 ( 031") POINTS A: Very little effect of internal fluid on binder (internal edge of gasket). Flange pressure sufficiently high to seat or imbed flange surfaces into gasketing material to create an interfacial seal. Flange pres sure is sufficient to compress the material at this point, eliminating interstitial leakage. POINT B: Internal fluid swells binder, enhancing both interfacial seal between the flange surface and material surface, as well as the through-material or interstitial sealability. ' \ 4 COP 1767 vvptfw i f ' a /* ' . . >1- - '*> < *? *! W h. -v Evolution O f Armstrong Nonasbestos Product Line 1980 TN-9000 TN-9001 1981 N-8090 S-8091 1982 N-8092 1984 TN-9004 TN-9005 TS-9003 TS-9006 1985 KN-9007 1987 TN-9014 TN-9015 TS-9013 TS-9016 Controlled Swell Latent Cure Fully Cured I Graphite COP 1768 FIBER PRODUCTS LANCASTER, PA 17604 Sales Offices DETROIT, MICHIGAN Suite 305 30600 Northwestern Highway Farmington Hills, Ml 48018 313 851-0335 UXBRIDGE, ENGLAND Armstrong World Industries Ltd. Armstrong House 3 Chequers Square Uxbridge, Middlesex UB8 1NG Tel: (0895) 51122 TeleFax: (0895) 811693 Telex: 935894/935895 DSSELDORF, WEST GERMANY Armstrong World Industries, G.m.b.H. Jan-Wellem-Platz 1 Postfach 14 33 D 4000 Dsseldorf 1 Tel: (0211) 82.230 TeleFax: (0211) 82.23.211 Teletex: (17) 2114157 PARIS, FRANCE Armstrong World Industries France S.A. 5, rue Louis Lejeune 92128 Montrouge Tel: (1) 47.46.73.00 Tlcopi: (1) 47.35.82.11 Telex: 200974 TOKYO, JAPAN Armstrong (Japan) K.K. Onarimon Yusen Building 3-23-5 Nishi-Shinbashi Minato-ku, Tokyo, 105 Tel: (81-3) 434-4473/4 Telex: 0242-3788 Armstrong # COP 1769