Advertisement Display Window Acrylic Vacuum Forming

Design & Size	Customized 2D or 3D drawing provided by client,Within size 300020001000 mm.
Material	ABS, PS , PMMA, PVC, PC , PP,HDPE, PETG, PET Optional
Thickness	From 1mm to 12mm
Feature	Eco-friendly, Durable, Safe to use, Superior quality.
Sample Time	7 days, Free Sample
Cost Ddvantage	The mold development cycle is 1/8th of the injection molding process, and the development cost is 1/10th of the injection molding process. The qualification rate is as high as 98.5%.
Color&Logo	Customized
Surface Texture	Fine Sand, Matte,Lichee, Diamond, Leather, Finely, Glossy, Coarseetc.
Packing	Poly bag+Export carton,Wood box or as customer’s requirements

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Product Details of Advertisement Display Window Acrylic Vacuum Forming

Advertisement display window acrylic vacuum forming

Acrylic Plastic, also known as plexiglass, is a useful, clear material that resembles glass, but offers better transparency and weighs 50% less than glass of equal thickness. Acrylic is known as one of the clearest materials, offering a transparency rate of 93% and can be used in a wide variety of applications. Custom sizing available.

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Acrylic Plastic, also known as plexiglass, is a useful, clear material that resembles glass, but offers better transparency and weighs 50% less than glass of equal thickness. Acrylic is known as one of the clearest materials, offering a transparency rate of 93% and can be used in a wide variety of applications. Custom sizing available.

Acrylic is an incredibly useful plastic for applications requiring transparency where high impact resistance is not an issue. Acrylic is very scratch resistant compared to other clear plastics. It is a lighter alternative to glass and an economic substitute for polycarbonate in applications where strength is not a crucial factor. It can be cut into extremely fine shapes using laser cutting technology because the material vaporizes upon impact with the concentrated laser energy.

Material Specification

PROPERTY	METRIC	UNITS	ENGLISH	UNITS
General
Density	1.39e3 – 1.43e3	kg/m^3	86.8 – 89.3	lb/ft^3
Mechanical
Yield Strength	2.86e7 ‐ 7.24e7	Pa	7.05 ‐ 10.5	ksi
Tensile Strength	6e7 ‐ 8.96e7	Pa	8.7 ‐ 13	ksi
Elongation	0.1 ‐ 0.75	% strain	10.0 – 75.0	% strain
Hardness (Vickers)	1.43e8 ‐ 2.43e8	Pa	14.6 ‐ 24.8	HV
Fracture Toughness	1.71e6 ‐ 4.2e6	Pa/m^0.5	1.55 ‐ 3.82	ksi/in^0.5
Young’s Modulus	2.5e9 ‐ 5e9	Pa	0.363e6 ‐ 0.725e6	10^6 psi
Thermal
Max Service Temperature	76.9 ‐ 96.9	°C	170 ‐ 206	°F
Melting Temperature	160 ‐ 184	°C	320 ‐ 363	°F
Insulator or Conductor	Insulator		Insulator
Specific Heat Capability	1.36e3 ‐ 1.43e3	J/kg °C	0.326 ‐ 0.342	BTU/lb. °F
Thermal Expansion Coefficient	7.57e‐5 ‐ 2.02e‐4	strain/°C	42.1 ‐ 112	μstrain/°F
Eco
CO2 Footprint	3.8 – 4.2	kg/kg	3.8 – 4.2	lb/lb
Recyclable	Yes		Yes

Product Properties

1. Excellent clarity

2. Lightweight

3. Good impact resistance

4. Outstanding thermal insulator

5. UV resistant

6. Easy to heat-form

Application

Acrylic’s clarity, light weight, impact resistance, and weather resistance, make this material a popular choice for architectural applications. Acrylic sheet is used in everything from windows and wall partitions to lighting fixtures and canopies. Acrylic is used throughout the transportation industry in instrument panels, windows, windshields, and mirrors.

1. Aircraft windows

2. Signs

3. Sky lights

4. Medical components

5. Point-of-purchase displays