GY-GA-TGB Graphene additive

Intro:

GO YEN CHEMICAL INDUSTRIAL CO., LTD. (GYC GROUP) is a leading manufacturer of specialty chemicals in Asia. We devote ourselves to supplying products and solutions to our customers worldwide to satisfy and expand the market needs.

The leading GY-GA-TGB transparent graphene production technology is developed as a key raw material product for liquid applications, utilizing high-quality graphene. It possesses thin thickness, excellent conductivity, thermal conductivity, and mechanical properties. It exhibits outstanding dispersibility, allowing for uniform dispersion in different liquid systems. These characteristics make it suitable for meeting the demands of new energy, new materials, chemical, aerospace, aviation, and defense industries. In terms of battery materials, the electrolyte of lead-acid batteries can enhance performance and prolong usage. The negative electrode additives in lithium iron batteries serve the purpose of accelerating the movement of ions between the positive and negative electrodes, thereby enhancing capacitance. These additives are easy to incorporate and possess sufficient and uniform internal pores within the active material, facilitating ion passage. Additionally, they do not affect the stability of slurry coating viscosity, exhibit excellent conductivity, and can improve the battery's cycling capacity retention. Moreover, they have been tested and meet safety standards for thermal exposure, overcharging, over-discharging, puncturing, short-circuiting, and other safety performance criteria.

Features:

• Excellent high conductivity and thermal conductivity, which can effectively enhance theconductivity and thermal performance of the coating.
• Effectively reduces the structural stress of coatings and inks, thereby reducing coating brittleness.。
• Graphene Nanoplatelets extend speed of formation and prolong the effects.
• Improve antiseptic ability
• The self-lubricating properties enhance the wear and abrasion resistance of coatings and inks.
• Graphene paste exhibits excellent uniformity
• Minimal structural defects, excellent mechanical performance
• High conductivity
• Excellent disability, high stability
• Blackbody radiation can strengthen cooling performance