PA612 GF30

PA612 GF30 is a type of modified nylon 612 plastic reinforced with 30% glass fiber. This reinforcement enhances the material’s strength, stiffness, and dimensional stability compared to unreinforced nylon 612, making it suitable for demanding applications.

OBȚINEȚI O OFERTĂ GRATUITĂ

PA612 GF30: A Strong and Stable Nylon Composite

PA612 GF30 is a type of composite nylon 61s plastic significantly enhanced by the addition of 30% glass fiber reinforcement. This reinforcement elevates the material’s properties compared to unfilled nylon 610. Here’s what makes PA61s GF30 stand out:

Rezistență superioară: It boasts increased resistance to pulling forces, making it ideal for applications requiring high load-bearing capabilities.
Rigiditate sporită: The glass fibers translate to greater rigidity, ensuring dimensional stability under pressure.
Stabilitate dimensională îmbunătățită: PA610 GF30 maintains its shape better under varying temperatures and loads compared to unreinforced nylon 610.

It’s important to note that other variations exist within the PA6 nylon family. For instance, PA612 GF30 represents a similar material but uses nylon 612 (polyamide 612) as the base plastic. PA612 might offer slightly different properties like a higher melting point or chemical resistance compared to PA610.

While terms like “Honda PA66+PA612-GF30” might suggest a blend, it’s crucial to understand the distinction. PA66 refers to nylon 66, another type of nylon with its own characteristics. Blends like PA66+PA612-GF30 might combine these nylons with glass fiber reinforcement for specific applications in Honda vehicles. However, PA610 GF30 itself remains a strong contender for various demanding applications.

Application Industry of PA612 GF30

Butt

Cable

Steel Helmet

PA612 GF30 Data

Proprietăți mecanice

uscat / cond

Unitatea

Standard de testare

Date ISO

Modul de tracțiune

8300 / 7800

MPa

ISO 527

Stres la pauză

142 / 128

MPa

ISO 527

Întindere la rupere

3 / 3.3

ISO 527

Rezistența la flexiune

195 / –

MPa

ISO 178

Rezistența la impact Charpy, +23°C

80 / –

kJ/m²

ISO 179/1eU

Rezistența la impact Charpy crestat, +23°C

13 / –

kJ/m²

ISO 179/1eA

Proprietăți termice

uscat / cond

Unitatea

Standard de testare

Date ISO

Temperatura de topire, 10°C/min

218 / *

°C

ISO 11357-1/-3

Temp. de deformare sub sarcină, 1,80 MPa

196 / *

°C

ISO 75-1/-2

Temp. de deformare sub sarcină, 0,45 MPa

212 / *

°C

ISO 75-1/-2

Comportamentul la ardere la o grosime nominală de 1,5 mm.

HB / *

clasă

IEC 60695-11-10

Grosime testată

1.5 / *

–

Comportamentul de ardere la grosimea h

HB / *

clasă

IEC 60695-11-10

Grosime testată

0.8 / *

–

Proprietăți electrice

uscat / cond

Unitatea

Standard de testare

Date ISO

Rezistivitatea volumului

1E10 / -

Ohm*m

IEC 62631-3-1

Putere electrică

35 / –

kV/mm

IEC 60243-1

Indice de urmărire comparativ

550 / –

–

IEC 60112

Alte proprietăți	uscat / cond	Unitatea	Standard de testare
Densitate	1300 / –	kg/m³	ISO 1183

Recomandare de prelucrare Turnare prin injecție	Valoare	Unitatea	Standard de testare
Pre-uscare - Temperatură	80	°C	–
Pre-uscare - Timp	2 – 4	h	–
Umiditatea de prelucrare	≤0.15	%	–
Temperatura de topire	240 – 280	°C	–
Temperatura mucegaiului	60 – 90	°C	–