Graphene nanoplatelets EMFM

SKU EMFM-EM100010

Euro (€) - EUR

Euro (€) - EUR
United States dollar ($) - USD
South Korean won (₩) - KRW

Graphene nanoplatelets EMFM

Graphene Nanoplatelets are unique nanoparticles consisting of short stacks of graphene sheets in platelet form.

Each type contains particles with a similar average thickness and surface area.

Description

Graphene nanoplatelets EMFM – EM100010

CAS: N/A

Graphene Nanoplatelets, EMFM particles have an average thickness of about 6 to 8 nanometres and a typical surface area of 120 to 150 m2/g.

Average particle diameter 5 microns

APPLICATIONS

High performance additive for compounds with PPO, POM, PPS, PC, ABS, PP, PE, PS, nylon and rubber.

It improves tensile strength, stiffness, corrosion resistance, abrasion resistance, antistatic electricity and lubricating properties of compounds.

Modification of conductivity.

QUALITY CONTROL

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PUBLICATIONS

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Safety Data Sheet

SDS_EMFM-EM100010_EMFUTUR

Technical Data Sheet

Chemial Name:	Graphene nanoplatelets EMFM
CAS:	N/A
Color and Texture:	Black or grey / Solid
Odor:	Odourless
Dispersibility:	N/A

Apparent density (g/cc):	0.03 – 0.1
Humidity (TGA):	N/A
Melting point (°C):	N/A
Solubility (Solvent):	Insoluble
Elemental Analysis:	N/A

Shipping & Delivery

Estimated delivery time:

Europe: 1-2 days
Worldwide: 3-7 days

The estimated delivery times are given by the transport companies from the date of dispatch.

Returns & Exchanges

EMFUTUR guarantees that its products comply with the specifications published on the Website and/or are clearly expressed in a valid offer.

In the event that the material deviates from the stated specifications, the buyer may submit a written complaint within 15 days of receipt of the product, clearly stating the problem encountered and the data confirming his complaint.

After verification, EMFUTUR reserves the right to withdraw the material, exchange it or refund all or part of the cost of the product paid for.

Returns will not be accepted for material incompatibility, misuse, misapplication, incorrect or excessive ordering, improper storage or handling resulting in premature material degradation or loss of performance.