What is Acrylic? Properties, Uses and Advantages

What is Acrylic? Definition, History and Usage Areas

Acrylic is a versatile, durable, and transparent material. It is the general name for polymers of acrylic acids processed with light, heat, or metals. This material, also known as plexi, plexiglass, or mica in daily life, is a thermoplastic substance used in various fields. In this guide you will find the definition and history of acrylic, its technical properties, production types, a comparison with glass, its main usage areas, its advantages and disadvantages, and the correct maintenance methods.

The term acrylic actually covers a wide family of products and has different forms:

• Plexi (PMMA): Polymethyl methacrylate-based thermoplastic material
• Acrylic fabric: A type of synthetic fabric
• Acrylic paint: A water-based paint type
• Acrylic resin: Solid material used as a surface material

History

The first acrylic acid was discovered in 1843, and in 1865, methacrylic acid was formulated from acrylic acid. In 1933, German chemist Otto Röhm developed the product patented as "Plexiglas," pioneering widespread commercial applications. It began to be used in critical areas such as aircraft windows and submarine periscopes during World War II.

Properties of Acrylic

The technical properties below explain why acrylic is often preferred over glass and other transparent materials:

• Transparency: It has higher light transmittance than glass. It transmits light at a rate of 92% compared to normal glass, making it ideal for optical applications.
• Durability: It is 6 times more resistant to impacts than normal glass. When broken, it does not form sharp-edged pieces, which provides an advantage in terms of safety.
• Lightness: It has about half the weight of glass of the same thickness, which provides ease of transportation and installation.
• Thermal properties: It can take shape at approximately 150°C and maintains its shape when cooled. Maximum temperature resistance is 80°C. Combustion temperature is 400°C and it can ignite with flame at 250°C.
• Variety: It can be produced as colorless, transparent colored, colored, and opaque. It is also available in fluorescent colors.
• UV resistance: It is resistant to atmospheric conditions and UV rays, therefore it is long-lasting in outdoor applications.

Types of Acrylic (Plexi)

Depending on the production method, there are two main types of plexi:

• Cast plexi: It is produced by pouring into special molds. It can be produced in various sizes from 2 mm to 40 mm thickness. It is extremely suitable for processing as it has no internal material tension.
• Extruded plexi: It is produced by extruding liquid material as a sheet. It can be produced up to a maximum thickness of 20 mm. It is a more economical option.

Comparison of acrylic (plexi) and glass

Acrylic (Plexi) Usage Areas

Acrylic is used across very different sectors, from advertising and architecture to industrial production and textiles.

Advertising and promotion

• Illuminated sign systems
• Box letter signs
• Brochure holders and stands
• UV printing applications
• Store displays

Architecture and interior design

• Decorative lighting systems
• Interior partitions and screens
• Furniture designs (tables, coffee tables)
• Bathroom and kitchen accessories
• Kitchen and bathroom countertops

Industrial use

• Boat and yacht windows
• Laboratory equipment
• Roofing systems
• LED lighting systems
• Machine guards
• Equipment and protective gear in the healthcare sector

Textile and acrylic fabric

• Sweaters, shawls, hats
• Home textile products
• Carpets and upholstery
• Outdoor furniture fabrics
• Curtains and pillow covers

Advantages and Disadvantages of Acrylic Material

Advantages

• Lighter and more durable than glass
• Does not form sharp pieces when broken
• Provides high light transmittance
• Easily processable and shapeable
• Resistant to outdoor conditions
• Wide range of color options available
• Resistant to UV rays
• Provides thermal insulation
• An economical material

Disadvantages

• Sensitive to scratching
• Can deform at high temperatures
• Is a flammable material
• Not resistant to some solvents
• Not an environmentally friendly material (synthetic)
• Limited recyclability
• Can create static electricity

Maintenance of Acrylic Material

Tips for plexi maintenance

Maintenance recommendations to extend the life of acrylic (plexi) materials and preserve their appearance:

• Clean using a soft cloth or microfiber
• Use mild soapy water or special acrylic cleaner
• Avoid harsh chemicals, abrasive cleaners, and abrasive materials
• Do not expose to high temperatures
• Protect from direct sunlight if possible
• Store flat or vertical in a controlled environment

Acrylic fabric maintenance

Care tips for acrylic fabrics:

• Avoid washing in very hot or very cold water
• Washing in lukewarm water is recommended
• Do not wash with structurally incompatible clothes
• Air regularly
• Do not expose to high heat (iron, dryer, etc.)

This page has been prepared to provide information about acrylic material. To discuss the plexi dimensions and thicknesses that suit your project, you can use the request form.