Is PC easy to machine?

Yes. PC machines well with CNC, though c ooling and polishing steps are important for maintaining clarity.

Can PC withstand high temperatures?

PC resists heat up to around 120°C, with flame-retardant grades available for specialized applications.

How clear can PC parts be after machining?

With proper polishing, PC maintains excellent optical clarity, suitable for lenses and covers.

What industries use PC parts?

Automotive lighting, medical housings, protective equipment, and electronics rely heavily on PC.

Why choose PC over acrylic for CNC machining?

PC is tougher and more impact-resistant than acrylic, making it better for structural applications while still maintaining transparency.

PC (Polycarbonate)

Flycncpart offers precision PC machining, delivering transparency, high impact strength, and stable performance for demanding applications.

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PC (Polycarbonate) in CNC Machining

Polycarbonate (PC) combines toughness, transparency, and impact resistance. flycncpart specializes in CNC machining PC into both functional and aesthetic parts with excellent clarity and strength.

From housings to protective covers and medical components, flycncpart ensures every PC part meets demanding standards for precision, durability, and appearance.

Classification of Plastic Performance Parameters

Mechanical Properties	Ultimate Tensile Strength	60-70 MPa
	Yield Strength	55-60 MPa
	Hardness	R118 Rockwell
	Elongation at Break	80-120%
	Flexural Strength	90-100 MPa
	Modulus of Elasticity	2.0-2.4 GPa
	Wear Resistance	Good
	Machinability	Good
Physical Properties	Density	1.20 g/cm³
	Impact Strength	Very high (unbreakable in Izod)
	Moisture Absorption	0.15-0.35%
	Friction Coefficient	0.35-0.40
Thermal Properties	Maximum Service Temperature	115-125°C
	Thermal Expansion Coefficient	65-70 x10⁻⁶/°C
	Thermal Conductivity	0.20 W/(m·°C)
Electrical Properties	Dielectric Strength	Good
Electrical Properties	Electrical Resistivity	~10¹⁵ Ω·cm
Special Properties	UV Resistance	Poor (yellows under UV)
	Creep Resistance	Moderate
	Recyclability	Yes

Why PC (Polycarbonate) is Ideal for CNC Machining

What

Polycarbonate (PC) is a transparent engineering plastic with excellent toughness and impact resistance.

Advantages

High impact resistance
Good dimensional stability
Transparent and lightweight
Resistant to heat and flame retardant grades available
Easy to machine and polish

Applications

Safety helmets and shields
Electrical enclosures
Medical device housings
Automotive light covers

FAQ

Q Is PC easy to machine?

A
Yes. PC machines well with CNC, though c ooling and polishing steps are important for maintaining clarity.
Q Can PC withstand high temperatures?

A
PC resists heat up to around 120°C, with flame-retardant grades available for specialized applications.
Q How clear can PC parts be after machining?

A
With proper polishing, PC maintains excellent optical clarity, suitable for lenses and covers.
Q What industries use PC parts?

A
Automotive lighting, medical housings, protective equipment, and electronics rely heavily on PC.
Q Why choose PC over acrylic for CNC machining?

A
PC is tougher and more impact-resistant than acrylic, making it better for structural applications while still maintaining transparency.

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PC (Polycarbonate)

Why PC (Polycarbonate) is Ideal for CNC Machining

FAQ

Q Is PC easy to machine?

Q Can PC withstand high temperatures?

Q How clear can PC parts be after machining?

Q What industries use PC parts?

Q Why choose PC over acrylic for CNC machining?

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