ACM -2311C

► 4051EP Lwm.
► Zoo heev aging kuj.
► Kev kho sai sai.
► Tsawg compression teeb.
► Tg ntawm ACM-2311C yog -18 degree .

Xa kev nug

Khoom Taw qhia

Tshaj Saib

ACM2311C yog ib qho crosslinking polyacrylate roj hmab, uas yog tsim los ntawm emulsion polymerization ntawm

acrylate monomer thiab tshwj xeeb cross-linked monomer. lt muaj zoo heev aging kuj, roj kuj,

kub tsis kam, thiab ozone kuj. Lub Tg ntawm ACM2311C yog -18 degree, nrog ceev curing,

tsawg compression teeb, me ntsis pwm paug. lt yog tsim rau molded khoom, nplaum thiab lwm yam.,

dav siv hauv tsheb, maus taus, nkoj, hluav taws xob fais fab thiab lwm yam.

Raws li cov khoom siv ntsuas ntawm 4051, ACM2311C zoo dua 4051 hauv yuav luag txhua qhov ntsuas, tab sis

tus nqi tsuas yog ob feem peb ntawm tom kawg. Nrog cov khoom zoo thiab cov nqi sib tw heev,

2311C tau txais lub koob npe zoo hauv kev lag luam.

Technical Data

TEST NTAWV		UNIT	TSEEM CEEB	TEST VALUE	KEV TIV THAIV
Mooney Viscosity, ML ({0}}') x 100 degree		/	44±5	43.9	GB/T 33428-2016
Tshauv		%	Tsawg dua lossis sib npaug rau 0.60	0.07	GB/T 4498 1-2013
Volatile		%	Tsawg dua lossis sib npaug rau 0.50	0.28	GB/T 24131-2009
Hardness		Ntug A	/	69	ASTM 2240 UAS
Tensile zog		MPa	/	13	ASTM D412
Elongation		%	/	187	ASTM D412
Compression teeb (150 degree x 72 h, 25%)		%	/	18	ASTM D395 (Hom 2)
Brittleness kub		degree	/	-16	ASTM D 2137 Cov khoom lag luam
Vulcanization Performance (180 degree x 10 min)	T10	s	/	26	ASTM D 5289 Cov Lus Qhia Tshwj Xeeb
	Ts 2	s	/	32
	T90	s	/	178
huab cua laus (175 degree x 72 h)	Δ Hardness	Ntug A	/	5	ASTM D 573 3
	Δ Tensile zog	%	/	-5.93
	Δ Elongation	%	/	-19.59
Roj Resistance ASTM 3 # (150 degree x 72 h)	Δ Hardness	Ntug A	/	-10	ASTM D 471 Cov Lus Qhia
	Δ Tensile zog	%	/	-14.76
	Δ Elongation	%	/	-15.46
	Δ Volume	%	/	14.16

Cov txiaj ntsig kev xeem sib piv 2311C VS 4051RP

TSIS MUAJ.	QHOV TSEEB	4 051 NP	2311C	TSIS MUAJ.	QHOV TSEEB	4 051 NP	2311C
1	VULCANIZATION CURVE: 180 degree × 10 min			6	AIR AGING: 150 degree × 168 h
1.1	ML	2.004	2.081	6.1	Hardness	70	70
1.2	MH	10.114	11.363	6.2	Δ Hardness	5	7
1.3	T10	27''	27''	6.3	Tessile zog	10.88	13.06
1.4	T90	3'13''	3'18''	6.4	ΔTessile zog	-16.31	-6.38
1.5	TS 2	37''	36''	6.5	Elongation	190	206
1.6	ML({0}}') ntawm 100 degree	49	51	6.6	Δ Elongation	-12.04	-5.07
2	Xovxwm kho: 180 degree × 10 min			7	AIR AGING: 190 degree × 72 h
2.1	Hardness	67	64	7.1	Hardness	82	79
2.2	Tessile zog	12.99	14.01	7.2	Δ Hardness	17	16
2.3	Elongation	218	235	7.3	Tessile zog	6.06	7.9
3	PIB COJ: 175 degree × 120 min			7.4	ΔTessile zog	-53.38	-43.37
3.1	Hardness	65	63	7.5	Elongation	95	119
3.2	Tessile zog	13	13.95	7.6	Δ Elongation	-56.02	-45.16
3.3	Elongation	216	217	7.7	Compression Teeb 25%	51	46
3.4	Tear Strength	18.2	19	8	AIR AGING: 190 degree × 94 h
3.5	Specific Gravity	1.3	1.31	8.1	Hardness
4	AIR AGING: 150 degree × 72 h			8.2	Δ Hardness	85	81
4.1	Hardness	68	68	8.3	Tessile zog	20	18
4.2	Δ Hardness	3	5	8.4	ΔTessile zog	6.28	9.2
4.3	Tessile zog	12.38	13.49	8.5	Elongation	-51.69	-34.05
4.4	ΔTessile zog	-4.77	-3.30	8.6	Δ Elongation	87	129
4.5	Elongation	194	179	9	OIL RESISTANCE 1 # 150 degree × 72 h
4.6	Δ Elongation	-10.19	-17.51	9.1	Hardness	63	63
4.7	Compression teeb tsa 25%	25	22	9.2	Δ Hardness	-2	0
5	AIR AGING: 175 degree × 72 h			9.3	Tessile zog	13.06	13.13
5.1	Hardness	72	69	9.4	ΔTessile zog	0.46	-5.88
5.2	Δ Hardness	7	6	9.5	Elongation	182	198
5.3	Tessile zog	9.98	11.13	9.6	Δ Elongation	-15.74	-8.76
5.4	ΔTessile zog	-23.23	-20.22	9.7	Δ Volume	0.69	1.71
5.5	Elongation	196	174	10	OIL RESISTANCE 3 # 150 degree × 72 h
5.6	Δ Elongation	-9.26	-19.82	10.1	Hardness	59	56
5.7	Compression Teeb 25%	38	35	10.2	Δ Hardness	-6	-7
				10.3	Tessile zog	10.55	12.77
				10.4	ΔTessile zog	-18.85	-8.46
				10.5	Elongation	167	215
				10.6	Δ Elongation	-22.69	-0.92
				10.7	Δ Volume	9.82	11.5