Polycarbonate tubes at the best price

POLYCARBONATE TUBES

Polycarbonate tubes have a very high impact resistance and are very light. Virtually unbreakable, they also offer great strength against high temperatures, always maintaining an exceptional surface and transparency with high optical quality. They are also resistant to atmospheric agents.

ADVANTAGES OF POLYCARBONATE TUBES

High resistance to breakage.
Infinity of interior finishes, with multiple visual effects.
Easy handling.
The edges can be polished.
Resistant to atmospheric changes.
High optical quality.

TYPES AND FORMATS

With a multitude of finishes they are presented in different transparent, opales and textures options, as well as all kinds of thicknesses and diameters.

APPLICATION AREAS

Machinery.
Window dressing.
Industry.
Exhibitors.
Interior design.
Illumination.
Furniture.
Advertising.
Household.
Packaging.
Theme parks.
Architecture.
Facades.

TECHNICAL SPECIFICATIONS - POLYCARBONATE TUBES

Download Technical Data Sheet ES

Download Technical Data Sheet EN

VALUE	UNIDAD	NORMA
MECHANICAL PROPERTIES
Density	1,20	g / cm³	DIN 53479
Impact resistance (small standard test sample)	Does not break	kJ / m²	DIN 53453
Chipped Impact Resistance (Small Standard Test Sample)	20	kJ / m²	DIN 53453
Tensile strength (1/1 test of sample 3, V = 5mm / min.)	60	N / mm²	DIN 53455
Elongation at break (1/1 test of sample 3, V = 5mm / min.)	6	%	DIN 53455
Flexural strength (test sample 80x10x4 mm.)	95	N / mm²	DIN 53452
Compressive yield stress	70	N / mm²	DIN 53454
Modulus of elasticity	2300	N / mm²	DIN 53457
Brinell hardness indentation H	100	N / mm²	DIN 53456
OPTICAL PROPERTIES
3mm drive. thick material in the visible range	~ 88	%	DIN 5036
Refractive index	1,586		DIN 53491
THERMAL PROPERTIES
Coefficient of linear thermal expansion (0… 50ºC)	68-10^-6	1 / ºC	VDE 0304 / 1
Thermal conductivity	0,20	W / mºC	DIN 52612
Forming temperature (oven temperature)	~ 195	° C
Demolishing temperature	> 120	° C
Maximum continuous service temperature	110	° C
Softening temperature Vicat B method	150	° C	DIN 53460
Heat distortion temperature ISO 75, the deviation of 1,80 N / mm	135	° C	DIN 53461
Dimensional stability under heat acc. to the Martens method	125	° C	DIN 53458
ELECTRICAL PROPERTIES
Volume resistivity	> 10¹⁶	Ohm- cm	DIN 53482
Resistance surface	> 10¹⁵	Ohm	DIN 53482
Dielectric strength (1 mm thick specimen)	> 70	KV / mm	DIN 53481
Dielectric constant at 50 Hz to 0,1 MHz	2,7 2,7		DIN 53483
Dissipation factor at 50 Hz to 0,1 MHz	0,001 0,01		DIN 53480
BEHAVIOR AGAINST WATER
Water absorption in weight gain after 24 hours of immersion	0,3	%	DIN 53495

All data provided above are typical values under standard conditions, 20 ° C, 50% relative humidity.

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