| ITEM | TEST STANDARD | DESCRIPTION | TEST RESULT |
| 1 | BS 476: Part 4: 1970 | Non Combustibility Test | Classification: Non Combustible |
| 2 | BS 476: Part 6: 1989 | Fire Propagation Test | Fire Propagation Index I = 0; Subindices i1, i2, i3 = 0 |
| 3 | BS 476: Part 7: 1997 | Surface Spread of Flame Test | Classification: Class 1 |
| 4 | BS 1344 Part 1 | Resistance to Thermal Shock of Coating | Satisfactory |
| 5 | BS 1344: Part 2; ISO 2722:1973 | Resistance to Citric Acid at room temperature | Class AA |
| 6 | BS 1344 Part 3 | Resistance to Sulphuric Acid | Class AA (white panels) |
| 7 | BS 1344:1968: Part 4 | Resistance to Abrasion | Rate of mass loss = 0.00963 g/min |
| 8 | BS 1344: Part 5: 1984 | Resistance to Hot Detergent Solutions used for Washing Textiles Test | Satisfactory |
| 9 | BS 1344: Part 6: 1988 | Resistance to Alkali | Satisfactory |
| 10 | BS 1344 Part 7: 1984 | Resistance to Heat | No cracking, flaking or blistering or other surface damage |
| 11 | BS 1344: Part 8: 1984; ISO 2742:1983 | Resistance to Boiling Citric Acid | Rate of mass loss = 15.1g/m2 for 2.5 hrs testing time |
| 12 | BS 1344: Part 9: 1987 | Resistance to Boiling Water | Satisfactory |
| 13 | BS 1344: Part 10: 1987 | Resistance to Condensing Hydrochloric Acid Vapour Test | Satisfactory |
| 14 | BS 1344: Part 17: 1975; ISO 2745: 1998 | Resistance to Hot Sodium Hydroxide Solution Test | Satisfactory |
| 15 | BS 1344: Part 21: 1993 | Resistance to Impact Pistol Test | Some powdering, but no spalling or chipping |
| 16 | ASTM B117 – 97 | Salt Spray Test for 1000 hours | No discernible change |
| 17 | ASTM E350-95 and Laboratory In house Method | Carbon, Manganese, Phosphorous and Sulphur Content of VE Steel | Carbon < 0.01%; Manganese: 0.24%; Phosphorous: 0.009%; Sulphur: 0.008% |
| 18 | BS 4360:1986 | Tensile Strength Test of Weldable Structural Steel Grade 43A | Complies |
| 19 | BS 1449: Part1: 1983 | Tensile Strength Test of Low Carbon Steel Plate | Complies with Grade CR4 of BS1449 |
| 20 | Moh’s Hardness Scale | Result = 6 | |
| 21 | BS EN 10209:1996 | Determination of Adherence Level of Enamel | Adherence Level 1 |
| 22 | BS 3900:D5:1997; BS EN ISO 2813:2000 | Specular Gloss (60 degrees) | Mean 95% |
| 23 | ASTM C 423 – 02 | Sound Absorption | Complies |
Tough. Durable. Versatile.
The performance characteristics of vitreous enamel result in a material that will not rust, is resistant to chemical attack, abrasion and fire as well as being more durable than any other architectural cladding material. In addition its versatility enables custom designs of all shapes and dimensions, the use of graphics and logos as well as a virtually unlimited colour range.
Durability
Vitreous enameled steel panels are extremely durable and need very little maintenance and cleaning. They will retain their original colour throughout the normal expected life of a building. Exposure to extreme weather conditions and coastal environments does not affect their performance or appearance.
Chemical Resistance
Vitreous enameled steel is resistant to all organic solvents and has excellent resistance to atmospheric pollution, corrosion and degradation by the great majority of chemicals. It will not rust and is 100% water resistant.
Abrasion Resistance
Vitreous enameled steel is extremely abrasion resistant withstanding cleaning and most abrasive materials without affecting the coating. It will meet scratch resistance to Moh Scale 6.
Fire Proof
Vitreous enameled steel is totally incombustible, will neither ignite nor burn and will withstand continuous temperatures of up to +400°C. Architectural VE panels will, depending on the design and the nature of the backing materials, provide fire ratings of a min. of two hours. Higher fire ratings can be achieved.
Graffiti Resistance
Vitreous enamel panels have a non porous and solvent resistant surface making them ideal for use in public areas where unwanted graffiti, markers and sprayed paints can be easily removed.
NO FADING – UV Light Resistance
Vitreous enameled steel is completely resistant to ultra violet light and the original colours and surface finish will not deteriorate under continuous exposure to sunlight.
Impact Resistance
The physical strength of the steel, coating and panel backing enable vitreous enameled panels to withstand deformation and damage due to impact, chipping and surface damage. This is provided they have been correctly designed, manufactured and installed.
Thermal Shock Resistance
Vitreous enameled steel will withstand rapid cooling by water spray from +400°C to normal room temperatures over a 30 second period.
Safety
The resistance of vitreous enameled steel to impact and distortion under extreme temperatures provide further significant safety advantages in applications such as tunnels and claddings in public areas.
Colour Range
The range of colours for vitreous enamel is virtually unlimited. Existing colours can be matched which makes it ideal for refurbishment or replacement panel. If a hard sample cannot be supplied for matching we can reference the RAL Design or Pantone color ranges.
Appearance
Vitreous enameled steel is sterile, germ free, odorless and easy to clean. Combined with its other characteristics and a smooth colour fast surface, vitreous enameled panels provide unmatched visual appearance.
Hygienic
Non porous finish that doesn’t absorb bacteria and or allergens. Non stick, high gloss surface is very easy to clean. High resistance to cleaning chemicals and high abrasive resistance withstanding very intense regular cleaning with no loss in performance qualities.
Custom Designs
Vitreous enameled panels can be made in various shapes, sizes and configurations. Contact our Technical Advisory Service for further information.
Signage & Graphics
Logos, names and selected graphics can be fired onto the panels – these will have the same characteristics mentioned above and will maintain their appearance throughout their life.
Secure
VE Doors create lockable compartments for services, utilities, cleaning or tool storage as part of the cladding layout.
Sustainability
VE Coating increases the lifespan of the original steel many times over reducing the need to produce replacements. Both the VE steel and the vitreous enamel coating can be recycled and re-used to make VE panels again.
Economical
VE has a lifespan at least 4 times that of most other cladding products. It is the most durable and longest lasting surface coating. It is also non fading and has the highest abrasive resistance making it not only cheaper but looking better over its lifespan.
For any queries or more information please contact us at info@ceratec.com.hk