Flow to make samples

【Sample making】

Experienced staff at MECC are willing to provide technical supports with knowledge and data that have been accumulated for a long time period.
They calculate spinning conditions to spin designated materials into nanofibers, which can save much time and cost to be spent by our customers.
Any nanofiber samples of small quanity or of wide and long sheets can be made upon request.

【Workflow of sample making】 【List of materials spun into nanofibers】
Inquiry by phone or e-mail

Hearing by MECC staff

・Fiber diameter


Purchase order

Preparation of materials

・To be arranged by a customer or MECC

Preliminary test

・Judgment of feasibility


・Discussion to proceed to next step

Making samples


・Delivery of samples and data (reports)

Abbreviation Chemical name Min/Max
Fiber Diameter
PVDF Polyvinylidene fluoride 300nm / 1.4μm
PEO Polyethylene oxide 400nm / 1.3μm
PVA* Polyvinyl alcohol 300nm / 2.3μm
PLLA* Poly-L-lactic acid 400nm / 3.0μm
Nylon6, 6 Nylon6, 6 300nm / 2.7μm
Nylon6 Nylon6 100nm / 1.0μm
PET Polyethylene terephthalate 400nm / 1.8μm
PS Polystyrene 400nm / 8.5μm
PU Polyurethane 400nm / 1.2μm
PMMA Poly methyl methacrylate 900nm / 3.0μm
PP Polypropylene 1.5μm / 12.0μm
PE Polyethylene 1.5μm / 4.5μm
PSU Polysulfone 400nm / 1.4μm
PAN Polyacrylonitrile 300nm / 5.0μm
PCL* Polycaprolactone 500nm / 15.0μm
PLGA* Poly (lactic acid, glycolic acid) 1.0μm / 3.0μm
PES Polyethersulfone 400nm / 2.6μm
PEG Polyethylene glycol 700nm / 2.4μm
CA* Cellulose acetate 400nm / 5.1μm
PI Polyimide 400nm / 600nm
*Biodegradable polymer
Note:Materials of some manufacturers may be difficult to be spun or some
materials may not be adequate for mass production.