RDS-ACM

 

RDS-ACM Rubber recycling Additives

Appearance: light grey powder

ACM rubber is a kind of special rubber produced by industrial production after 1983; the basic characteristics of ACM rubber lie in its good property of fuel oil resistance and lubricating oil resistance at high temperature (175—200℃）and it also has several kinds of gas resistance property, but has bad water resistance and cold resistance.

 

ACM rubber is mainly used in automobile manufacturing industry to produce auto parts, such as various gaskets, diaphragms, oil seals and special rubber hoses, etc. With the development of the automobile industry as well as the automobile population, the ACM rubber consumption is also increasing. At the ACM rubber is a kind of expensive rubber, under present world economy situation, the reclaiming and application of the ACM waste rubber is very significant to reduce the costs of the auto parts materials as well as to increase the economic benefit of the enterprise. The technique of manufacturing ACM by using the RDS-ACM reclaiming agent is simple and environmental, and can be finished with existing equipment of the rubber factory, and our company can provide the application company with technical guidance and training and it also has several kinds of gas resistance property, but has bad water resistance and cold resistance.

 

ACM Rubber Reclaiming Technique：

The open fining mixer or the refining mill→ put in waste ACM rubber→ RDS-ACM reclaiming agent→ times of mill running

Application Test and Property of ACM Reclaimed Rubber：

Test Recipe：

Recipe No. Material	1	2	3	4
JF-ACM	100	90	80	70
ACM reclaimed rubber	0	10	20	30
SA	1.5	1.5	1.5	1.5
CTP	0.3	0.3	0.3	0.3
N550	50	50	50	50
TP-95	6.5	6.5	6.5	6.5
S-80	0.47	0.47	0.47	0.47
NaSOAP	3.0	3.0	3.0	3.0
SK-1	0.25	0.25	0.25	0.25
Total	162	162	162	162
Mooney ML1+4 100℃
MF	43.48	44.23	47.8	51.59
ML	27.77	29.09	31.58	33.23
Vulcameter180℃
ML	0.77	0.69	0.76	0.77
MH	4.05	4.05	3.68	3.18
T10（S）	110	87	75	64
T90（S）	266	247	234	217
Vulcanization 180℃×6 min Post curing170℃×4h
Hs	49	49	49	50
TB	7.66	8.04	8.05	7.77
EB	313	366	354	327
M100	1.87	1.71	1.72	1.54
Hot air aging 150℃×70h
Compression and  deformation %	13.248	18.5	22.6	25.9
HS	48	49	49	49
TB	8.54	8.04	8.14	7.81
EB	312	350	378	426
M100	2.12	1.79	1.67	1.39