Supply High Quality Epoxy Resin Cyd-128 Curing Agent with High Quality

High Quality Epoxy Resin Cyd-128 Curing Agent

Product introduction：

Epoxy resin is a versatile material that is commonly used in a wide range of applications, from industrial coatings to decorative art pieces. One of the key components of epoxy resin is the curing agent, which is responsible for causing the material to harden and cure into a solid state.

The most common type of curing agent used in epoxy resin is amines. Amines are organic compounds that contain a nitrogen atom bonded to one or more carbon atoms. When added to epoxy resin, amines react with the epoxy molecules to form a cross-linked network, which hardens and cures the material.

One of the key benefits of using amines as a curing agent is their ability to cure epoxy resin quickly and efficiently. Amines have a high reactivity towards epoxy molecules, which means that they can cure the material in a matter of hours. This makes them an ideal choice for industrial applications where fast curing times are required.

However, amines can also have some drawbacks. For example, they can release harmful fumes during the curing process, which can be hazardous to human health if not handled correctly. It is important to wear protective gloves and a respirator mask when working with these materials to avoid any potential health hazards.

Another type of curing agent used in epoxy resin is anhydrides. Anhydrides are organic compounds that contain two carbonyl groups and are typically used in high-performance applications. When added to epoxy resin, anhydrides react with the epoxy molecules to form a highly cross-linked network, which results in a material that is highly resistant to heat, chemicals, and other environmental factors.

However, anhydrides can be more difficult to work with than amines, as they require higher curing temperatures and longer curing times. This makes them less practical for industrial applications where fast curing times are required.

In conclusion, the choice of curing agent used in epoxy resin will depend on the specific application and performance requirements of the material. Amines are a popular choice for their fast curing times, while anhydrides are ideal for high-performance applications that require a material with exceptional durability and resistance to environmental factors. However, it is important to handle these materials with care to avoid any potential health hazards.

SOLVENT TYPE EPOXY RESINS

Application: Adhesives, automotive Coatings, marine and container Coatings, civil engineering Coatings, electronic CCL etc.

Grade	Epoxyequivalent (g/eq)	Viscosity ( Cps/25℃)	Solvent	Solid Content(wt%)
BE188A80	184~194	50~200	Acetone	79~81
BE188A90	184~194	200~400	Acetone	89~91
BE -501B - 75	470~530	7,000~13,000	BuAc	74~76
BE -501L - 65	470~530	800~1,400	Xylene	64~66
BE -501M- 70	470~530	300~800	MEK	69~71
BE -501M- 80	470~530	5,000~10,000	MEK	79~81
BE -188M- 90	182~192	100~1,000	MEK	89~91
BE188X75	184~194	30~200	Xylene	74~76
BE188X90	184~194	600~900	Xylene	89~91
BE234X80	230~260	500~1,200	Xylene	79~81
BE234X85	230~270	2,000~4,500	Xylene	84~86
BE236X80	300~335	3,500~7,000	Xylene	79~81
BE250X90	240~275	2,000~4,000	Xylene	89~91
BE - 501X - 65	470~530	900~1,300	Xylene	64~66
BE - 501X - 75	480~510	8,000~12,000	Xylene	74~76
BE - 501X - 75H	455~485	7,500~10,500	Xylene	74~76
BE - 501X-75HG	450~480	6,500~9,500	Xylene	74~76
BE - 501X - 75L	440~470	5,000~8,000	Xylene	74~76
BE672X75	599~699	1,500~2,500	Xylene	74~76
BE501P75	480~510	8,000~12,000	PMA	74~76