HONYLITE^TM Aluminum Composite Panel is composed of non-toxic and low density polyethylene core between two sheets of aluminum by using “extrude and continuous composite” compositing production line.

The innovative product conception of seemingly contradictory properties such as excellent formability and stability, low weight and large sizes, brilliant colors and weather resistance, just to mention only a few.

The combination of all these advantageous characteristics makes HONYLITE^TM aluminum composite panel one of the most versatile materials for interior and exterior design.

Public buildings, administrative buildings, residential buildings, hospitals, trade centre’s, airports, cultural centre’s and schools greatly influence our social lives and, at the same time, give our cities their individual character.

The surface of HONYLITE^TM aluminum composite panel is coated with either fluorocarbon resin (KYNAR 500 / HYLAR 5000 PVDF > 70%) or PE resin. HONYLITE^TM Aluminum Composite panel is produced with various core thicknesses in a continuous lamination process. In a continuous process, the aluminum skins and the core materials are fused together under the heat and pressure.

The fully automatic coil coating process provides an unsurpassed lacquering quality and uniform appearance. The Coils used for the skin are coated to their lamination to the core. The process consists of several cleaning stages, a chemical conversion to improve corrosion resistance and paint adhesion, a primer application and one or two colour or top coat applications, with each layer being individually stove at between 2400° C and 2700° C.

The coil coating  process comes with the advantages of accurate, consistent film thickness and high speed application. The minimal paint wastage together with the vapor recycling system used in the factory makes coating economical and friendly to environment.

HONYLITE^TM Fire-Resistant Aluminum Composite Panel is a composite material made of aluminum and non-combustible mineral filled core. Though the core material does contain a small amount of combustible polyethylene, the main ingredient of the non-combustible mineral filled core does not permit the proliferation of flame and restricts smoke. It is a fire-safe material that passes mandatory requirements for exterior and interior application.It is an ideal material for external claddings, roof of pedestrian passage and other architectural applications.

Product feature:

Exterior Facades Cladding

Whether your project is discreet or avant-garde, you can rely on us to make your ideas become realistic. HONYLITE^TM Fire-Resistant Aluminum Composite Panel can be easily cut and shaped. It adapts perfectly to the building’s contour, whether it is soft curves or straight lines rising into the sky. Whether it is a commercial building, a shopping complex, a industrial factory or a private home, Aluminum composite panel inspire the modernism and create a stylish look that last ever after.


Interior Design
HONYLITE^TM Fire-Resistant Aluminum Composite Panel also inspires in interior design areas, be it for reception areas, passage ways, shops, banks, airports, restaurants, hotels or exhibitions. This material offers impressive decoration solutions through its exclusive colors and shapes.

Renovation Works

HONYLITE^TM Fire-Resistant Aluminum Composite Panel can easily rejuvenate the facelift of a building. The new façade will provide the old building with a fresh and new look. A cautiously selected design solution and color scheme will assure subtle integration into existing surroundings.

Durability

One of the crucial elements of HONYLITE^TM Fire-Resistant Aluminum Composite Panel is its durability and resistance against corrosion.

The use of rear-ventilated cladding system protects building from weathering and the harmful effects caused by environmental pollution. It protects the wall of the building from high and rapid temperature fluctuations.

By using aluminum composite panel as an external cladding system, it defends the wall against solar radiation. The ventilated space between the panel and the wall or the thermal insulation reduces the heat transmission.

Advantages:

• Lower maintenance costs
• Long term preservation of the building structure
• Reduction of thermal expansion / contraction
• Reduction in crack formation

The superb properties of aluminum composite panel boost inspiration and offer a wide range of innovative solutions to the construction industry. Whether a public building, a corporate office, a shopping complex, aluminum composite panel can give it distinguished look which will last ever after.

Rigidity

The composite structure of HONYLITE^TM Fire-Resistant Aluminum Composite Panel – two aluminum cover sheets and a plastic or mineral filled core, results in an impressive strength-to-weight ratio, even when comparing large panel sizes. Its low weight makes aluminum composite panel easy to transport and handle in the factory and on site; its rigidity and high strength make it the most suitable material for exterior wall cladding. When properly designed and installed, HONYLITE^TM Fire-Resistant Aluminum Composite Panel will keep their shape and remain flat for life, even when exposed to extreme temperature changes.

As compared to solid aluminum sheet, HONYLITE^TM Fire-Resistant Aluminum Composite Panel is highly rigid. Its parallel aluminum sheets behave like a small H-beam when pressure loads are uniformly distributed on the panel. Its flexural rigidity or bending strength is one of the characteristics of aluminum composite material.

Compared with solid aluminum panels, flexural rigidity or bending strength of HONYLITE^TM Fire-Resistant Aluminum Composite Panel is high, yet it's lighter by approximately 15% than a solid aluminum panel of the equivalent rigidity.

Fire Safety

HONYLITE^TM Fire-Resistant Aluminum Composite Panel is a composite material made of aluminum and non-combustible mineral filled core. Though the core material does contain a small amount of combustible polyethylene, the main ingredient of the non-combustible mineral filled core does not permit the proliferation of flame and restricts smoke. It is a fire-safe material that passes mandatory requirements for exterior and interior applications. It is an ideal material for external claddings, roof of pedestrian passage and other architectural applications.

Fire Safety Performance
British Standard 476 : Part 7 : 1997
British Standard 476 : Part 6 : 1989
(Rating : Class ‘0’)

Recycling

HONYLITE^TM FR Aluminum composite materials are fully recyclable, i.e. both the core material and the aluminum cover sheets are recycled and can be used in the production of new material. Scraps generated from aluminum composite materials are collected and brought to the recycling facility for recycling.

Nanotechnology or, for short, nanotech, refers to a field of applied science whose theme is the control of matter on an atomic and molecular scale. Generally nanotechnology deals with structures 100 nanometers or smaller, and involves developing materials or devices within that size. A nanometer is a unit of length in the metric system, equal to one billionth of a meter (i.e., one millionth of a millimeter).

Nanotechnology is not an individual science or technology. It is a uniting expression for the multi-disciplinary area of production technologies operating in the area of extremely small size particles and materials starting from individual atoms and molecules. Hundreds of products involving nanotechnology are already available and the future applications seem endless in the areas such as biomedicine, computers, consumer products and energy.So far we have heard of coatings like non-stick pans, self-cleaning window panes, non-scratching paint and sun-screens. In the future we may encounter medical devices which could possibly travel in the human body and cure disease at the cell-level and nanorobots capable of self-assembly

Nanotechnology has started an industrial revolution in 21st century. We can find its application in all aspects of our daily life. No wonder every industrialized country is persistently pursuing Nanotechnology research.

The implementation of Nanotechnology components into wall façade coatings created some products which architects and building owners have been waiting for. These high-tech products make it possible, by simply replacing conventional wall paints, to active better energy ratings for buildings, better indoor air quality and fewer allergy-related illnesses. Buildings and structural facilities, particularly those regions that experience extreme climatic conditions. These include heat and cold, UV radiation, moisture and salt spray. Their temperature regulating characteristics, extremely high durability, and long service life make these products the best option available. We have developed Nano PVDF Coated panels which satisfies the highest demands for quality, efficiency and environmental sustainability

Nanometer panel inherit all features of traditional PVDF panel, like antipollution, cauterization resistance, fastness and so on. Meanwhile, we apply nanometer high technology, which has superior function of self-cleaning, antipollution, acid-resistance and alkali-resistance. It is an updated decorative material.

Especially some projects use inferior silicone sealant. When it is dipped in rainwater for long time, there will be some black marks between the seams. And it is very difficult to be cleaned. So it will badly affect the appearance of the wall. Now the HONYLITE^TM Nano panel solves this problem. Because of the its low coating tension, the dust in the air cannot stick on the surface of the panel. It can be easily rushed away by little rain to come true its self-cleaning effect. A new bright cladding face will appear again. As the result, it could save you a lot of cleaning charge. And you could write on the surface of panel with ink pen to distinguish HONYLITE^TM Nano panel. If the mark could be rubbed away easily, it is proved Nano panel.

Because the particle of Nanometer paints is very small, so any dirty dust will be difficult to stick between particles. Secondly, Nano Photo Catalysis coating have the hydrophilic feature, so the oil and water bilge is very difficult to stay on the surface of Nano coating.

Parameter Comparison between Nano Panel & PVDF Panel:

Under the Microscope, the atom arrange picture between Nano panel and normal panel:

HONYLITE^TM Nano PVDF Panels uses this exciting new technology to change the molecular structure of the surface of our PVDF panels in order to improve the desired effects. These panels are Anti-Graffiti and Self Cleaning Panels.

HONYLITE^TM Nano PVDF Panels are created with Nano polymers, which is 5000 times smaller than the diameter of a hair and therefore invisible to the naked eye.

HONYLITE^TM Nano PVDF Panels has a hydrophobic and lip phobic surface, which makes it easy to repel water and dirt. The protected object stays clean much longer and can easily be cleaned with pure water afterwards. You no longer need to use detergents that are harmful to you or your environment.