Pellet Method, 4 Points, 3 MPa
Discounts available for order over 100 kg
Discount available for over 10 kg
Application of GrapheneStar graphene in lithium batteries significantly increases the number of charging cycles giving a battery a greater lifecycle. The use of our graphene in a battery also increases the energy density of the battery and reduces charge time.
Adding just 0.15% of GrapheneStar Additive to epoxy or polyester resin increases the strength of the composite by 130% and improves antistatic properties. Graphene can be added to thermoplastics, such as Nylon, for injection moulding applications as well as thermoset resins such as epoxy, polyurethane and polyester resin for cold casting or vacuum casting
GrapheneStar Additives in paints and varnishes produce antistatic and conductive effects. Addition of GrapheneStar graphene also improves water-repellence and durability as well as makes polyurethane and epoxy coatings anti-corrosive. For increase the conductivity, the addition of GS-030 can be 2-9%.
CAN BE USED TO INCREASE THE BARRIER TO ELECTROMAGNETIC INTERFERENCE
Graphene-based Additive has an increased electrical conductivity, thermal conductivity; improved characteristics of impact strength (>70%) and the Young's modulus (>82%); increasing the strength of the adhesive joint to >180% (metal, wood, plastic, glass).
The addition of graphene nanoplatelets to polymers has offered significant potential for the development of advanced materials and various applications. This is due to their high surface area, which can have a dramatic impact on mechanical and fire resistance properties. Graphene has been regarded as one of the most promising reinforcements for the next generation of high-performance composites.
PS, PE, PPO, PPS, POM, ABS, PP
85% Increase in compressive strength of concrete
45% Increase in flexural strength
250% Decrease in water permeability