The ceramic manufacturing process we adopt is traditional slip casting which has proved to be the most effective method of producing the highest quality porous filter for purifying drinking water over the last two hundred years. The use of the most advanced and ecology conscious technologically controlled casting, drying and firing equipment that we ensure controlled quality and performance that surpasses the strict requirements of the World Health Organization & Drinking Water Safety and Quality Standards. The genuine ceramic filter elements are produced using the latest ceramic techniques which are fired at a temperature in excess of 1,000 degrees Celsius.
Stage 1 Filtration System
Ceramic Filter
Provide effective treatment to reduce harmful bacteria such as typhoid, bilharzias & amoebas and chemical contaminates, remove rust, sediment and suspended solids, chlorine taste, unpleasant odor. 0.3 micron filtration absolute and is washable.
Stage 2 Filtration System
Provide effective treatment to reduce harmful bacteria such as typhoid, bilharzias & amoebas and chemical contaminates, remove rust, sediment and suspended solids, chlorine taste, unpleasant odor. 0.3 micron filtration absolute and is washable.
Stage 2 Filtration System
Nano KDF
The water treated with bio-ceramic is rich in ionic minerals such as calcium, magnesium, potassium and sodium. In which would break water into smaller molecule clusters and improve body metabolise, increase body resistant as well. At the same time increasing dissolved oxygen content in the water for our body need. Finally KDF 55 was designed specifically for removing or reducing chlorine and water-soluble heavy metals.
Stage 3 Filtration System
The water treated with bio-ceramic is rich in ionic minerals such as calcium, magnesium, potassium and sodium. In which would break water into smaller molecule clusters and improve body metabolise, increase body resistant as well. At the same time increasing dissolved oxygen content in the water for our body need. Finally KDF 55 was designed specifically for removing or reducing chlorine and water-soluble heavy metals.
Stage 3 Filtration System
High Quality Activated Carbon
Efficient in removing pollutants such as residual chlorine, unpleasant odor, organic compounds, colours, heavy metals (e.g. copper, lead, mercury & etc), Trihalomethanes (THMS), methyl tertiary butyl ethers (MTBES) and other chemicals by absorption. It made with superior materials to ensure that water is filtered pure & cleaner
Efficient in removing pollutants such as residual chlorine, unpleasant odor, organic compounds, colours, heavy metals (e.g. copper, lead, mercury & etc), Trihalomethanes (THMS), methyl tertiary butyl ethers (MTBES) and other chemicals by absorption. It made with superior materials to ensure that water is filtered pure & cleaner
| Common Contaminants In Water |
|
In order to be sure which contaminants your water contains, it is best to get a sample of your water professionally tested in a laboratory.
Commonly occurring, potentially harmful contaminants in mains water around the world include:
- Pathogenic Bacteria
- Cryptosporidium, Giardia, and other cysts - Chlorine (taste & odour) - Lead |
CHLORINE (TASTE & ODOUR):
In many areas of the world, chlorine is added to mains water in the treatment works in order to disinfect the water and minimise bacteria growth in the water distribution network. Chlorine is extremely effective at killing bacteria, but unfortunately there are a number of drawbacks to its use:
In many areas of the world, chlorine is added to mains water in the treatment works in order to disinfect the water and minimise bacteria growth in the water distribution network. Chlorine is extremely effective at killing bacteria, but unfortunately there are a number of drawbacks to its use:
| The dead bacteria are NOT removed from the water. Most people would not like the idea of swallowing large numbers of micro organisms, whether or not they are dead. | |
| Chlorine can react with organics in the water to produce trihalomethanes (THMs). These are known carcinogens (i.e. they can cause cancer). | |
| It has an unpleasant taste. |
Activated carbon is the best way to remove chlorine.
.......................................................................................................................................
RUST & OTHER PARTICLES:
The source of rust particles in water is usually old iron pipe work, which is especially common in places with mains supplies dating back many years.
Other particles of numerous types commonly found in mains water come from the pipes used to transport the water and from the original source. The size and number of these particles depends very much on the nature of the water source and of the water distribution network. Despite the best efforts of the water treatment companies there is likely to be some particulate contamination in mains water, even if it is not visible to the naked eye.
Independent testing has verified that E-Plus water filters effectively remove >99.99% of particulate; that is, 0.9 microns or larger, and 99.9% of particulate in the range of 0.5 to 0.8 microns is reduced. For water with heavy particle contamination, a pre-filter should be fitted before the ceramic filter. This will prevent premature clogging of the ceramic filter.
.......................................................................................................................................
LEAD:
The very harmful effects of lead especially for children and pregnant women are well known. It can cause mental and physical retardation, behavioural problems, and learning difficulties in children. In adults, too much lead can cause high blood pressure, strokes, and heart disease. In men it can adversely affect sperm counts.
Lead does not tend to be present naturally in water supplies. It leaches into water from lead pipes in older houses, and from lead solder used to join other types of metal pipes in newer houses. Even very small quantities are harmful.