Specifications

Product Name: Plexiglass Mirror Plate

 Description

PMMA is a tough, highly transparent material with excellent resistance to ultraviolet radiation and weathering. It can be coloured, moulded, cut, drilled, and formed. These properties make it ideal for many applications including airplane windshields, skylights, automobile taillights, and outdoor signs. 

Mirror Plate Has The Similar Reflective Quality, But Is More Lighter, Safer, Stronger And Has Far Superior Impact And Shatter-Resistance Property Than Ordinary Glass Mirrors. Mirror Acrylic Sheet Is Ideal For Use Where GLASS Mirror May Easily Break And Be Unsafe, Especially Around Children, The Elderly Or The Vulnerable. Amazingly Mirror Acrylic Sheet Is Also Less Than Half The Weight Of Glass But Over 6 Times Stronger.

Feature

1.Fine Transparence spec. in 92% above
2.Optical Grade PMMA with anti scratch, abrasion resistance surface.

Characteristics

Specification: Mirror Acrylic Usual Size Is 1220*1830mm, 1220*2440mm. Also The Size Can Be Saw Cut To Size Or Laser Cut In Custom Shapes And Sizes.

Application

Mirror Acrylic Sheet Is Widely Used In Advertising, Display Cabinets, Furniture, Lighting, Toy, Entertainment, Electronic Products, Makeup, Medical Treatment, Decorating Materials, Household Ware, Jewelry, Tableware And So On.

WHO WE ARE

Our policy is to achieve customers' satisfaction both by providing them with high level product quality and services that meet or exceed their expectation. Our aim is to ensure that our clients continue to put their faith in us for many years to come.

ABOUT US

OUR THINKING

We truly believe in long term relationship with our clients and our motto is customer satisfaction. We always believe in supplying best quality products at most reasonable price. 

OUR GOALS

High Quality - We put every effort to provide products for our customers with highest standards of value, quality, service and integrity.

Employee Safety - Employees are valuable assets of any good company. Therefore our endeavour is to provide a safe and healthy work environment for our employees.

Environmental protection - We care for environment and our facility work in an environmental friendly manner.

On Time Delivery - We deliver when we promise!

 FAQ

1.How UV and weather-resistant is PMMA?

Crystal-clear PMMA shows excellent resistance to aging and weathering, including natural UV radiation. Therefore they do not turn yellow or become brittle even after many years of outdoor exposure to various climates around the world. PMMA retains its superior optical and mechanical properties for many years.

2.What is the chemical resistance (compatibility) of PMMA?

PMMA is generally characterized by good chemical resistance. Parts made from PMMA are resistant to most inorganic chemicals, aliphatic hydrocarbons, cycloaliphatic compounds, fats and oils at room temperature, and also to diluted acids and concentrated solutions of most alkalis at temperatures up to 60 degrees Celsius. By contrast, PMMA is attacked by chlorinated hydrocarbons, ketones, esters, ethers, alcohols and aromatic compounds.

3.How abrasion-resistant is PMMA?

PMMA shows the greatest surface hardness and thus the best abrasion resistance of all thermoplastics. The high gloss is therefore retained even after prolonged utilization.

4.How does cast and extruded PMMA differ in terms of their properties?

Optical properties

Since cast PMMA is manufactured by cell casting between two sheets of mirror-like glass, it has excellent surface quality. Extruded PMMA is manufactured in a special extrusion process and therefore cannot always match the high optical quality of cast PMMA.

Machining

Cast PMMA offers greater scope for fabrication, which means the machining conditions do not have to be observed with such accuracy. Less scope is available with extruded PMMA, and care must be taken to ensure the correct tools are used in order to obtain clean cuts and drill holes, if necessary using cooling lubricants.

Thermoforming

Extruded PMMA allows more economical solutions during thermoforming because the forming cycles are shorter and contours can be more accurately reproduced.

Permanent service temperature

The permanent service temperature of cast PMMA is 85 degrees Celsius (°C), about 10°C higher than extruded PMMA.

Chemical resistance

Owing to its higher molecular weight, cast PMMA shows better chemical resistance.

5.How does PMMA behave towards water?

PMMA absorbs about 1.2 percent (%) water in humid ambient air and about 2% when stored in water. That means a one-meter-long (m) sheet of PMMA expands by about 1 to 2 mm, depending on how it is stored. The increase in volume due to water absorption is taken into account in the recommended expansion allowance of about 5 mm/m sheet length for PMMA.

6.Is there a guarantee for PMMA sheet products?

Typically PMMA manufacturers guarantee their products for 10 years and a number of producers guarantee for up to 30 years, against yellowing and retaining high light transmission for 30 years.

7.What are the differences between PMMA and other plastic materials that appear very similar?

PMMA is the clearest plastic with a very good mechanical and UV stability. The machining is easy. Furthermore the flexibility of the production process allow us to produce a wide range of colour and specific properties in small volumes (impact, food contact, easy forming, surface effect,....)

8.What are the main applications for PMMA?

The main applications of PMMA are visual communication, sanitary industry, automotive industry, architecture, POP/POS.

9.What are the benefits using PMMA in the main applications?

The PMMA benefits are the unmet UV and mechanical stability, good chemical and antiscratch characteristics and the optical properties (light transmission, no distortion,...). As the machining of the PMMA is easy and the process really flexible, the only limit is your imagination.

10.Can PMMA be recycled?

Unlike many other plastics, PMMA can be readily recycled all the way back to the original raw material (Methyl Methacrylate) which can be reused with almost no impact on quality.

Mechanical recycling means that parts made from PMMA can be ground and repelletized after correct separation, and reintroduce into the processing cycle. Since the recycling process leaves the original properties of PMMA more or less intact, the products manufactured from recycled material are of the same high quality as the original ones.

Chemical recycling is a process in which PMMA is reduced to its original monomer unit of methyl methacrylate, from which new PMMA or methacrylate dispersions/emulsions, for example, are built.

Both chemical and mechanical recycling are ways of obtaining high-quality material again from a high-quality product. Naturally, the optical appearance may suffer from impurities introduced during reprocessing.

In thermal recycling - if correctly incinerated - PMMA only gives rise to water (H2O) and carbon dioxide (CO2), i.e. no pollutant emissions. From this point of view, it is even superior to fossil fuels, which contain sulfur etc.

11.How can PMMA scrap be disposed of?

Owing to its properties, PMMA is primarily intended for the manufacture of durable, high-quality articles and less so for products meant to be consumed and disposed of within a short time. Thanks to its resistance to aging and weathering, PMMA remains fully functional even after many years of service, and does not need to be replaced at an early stage. Given correct fabrication, PMMAreleases no pollutant substances to the environment. At the end of its product life and after careful separation from other materials, PMMA can be used for energy recovery and chemical or mechanical recycling.

PMMA scrap is not classed as hazardous waste. Small quantities can therefore be disposed of as household refuse. However, large quantities should be disposed to recycling.

12.Is PMMA environmentally compatible?

If correctly processed, PMMA releases no harmful substances to the environment. The basic grades consist of the elements carbon, hydrogen and oxygen. Some grades can be employed in food-contact applications and the medical sector.

13.Does PMMA form a lot of smoke when it burns?

No, as compared with many other plastics, and especially with several types of wood and other natural materials, PMMA develops almost no smoke. Typically PMMA products will comply with the Euro Class E which confirms the low smoke levels of acrylic materials.

14.Does PMMA emit toxic combustion gases?

No, the smoke gases emitted by PMMA were examined in detail by a specialized institute. The combustion gases generated by PMMAs are typically toxicologically inoffensive according to EN 50267-2-2 and do not impede escape from fire.

15.Does PMMA emit corrosive combustion gases?

No, the combustion gases generated by PMMA do no attack the surfaces of other materials.

16.Which combustion gases are formed when PMMA burns?

PMMA burns with a bright flame, virtually without smoke. Under normal circumstances, combustion only gives rise to carbon dioxide and water. Due to the material's chemical composition (carbon, hydrogen and oxygen), no acutely toxic substances like phosgene, acid vapors and sulfur dioxide can form, even in a real fire. Since the material does not contain any halogens, no dioxins can form either.

17.Does PMMA contain bisphenol A?

No, PMMA contains no bisphenol A, nor does bisphenol A form during burning.

18.Is burning PMMA particularly difficult to extinguish?

No, fire departments can use conventional fire-fighting agents. PMMAcan be extinguished with water or any other extinguishing agent. Small fires can usually be blown out! The material cannot auto-ignite once the fire has been completely extinguished. Burning PMMA gives rise to no burning sparks whatsoever.