Free Shipping on Orders
Over $50
| | |
|
| |
| | |
|
|
Home > British Berkefeld supersterasyl
| | |
|
British Berkefeld
Doulton ceramic elements
The latest designs of Doulton® British
Berkefeld "Super Sterasyl" ceramic water filter elements
incorporate pure silver impregnated into a porous ceramic outer
shell [80,000,000 pores] that can trap waterborne bacteria down to
as low as .22 of a micron in particle size [1/100,000 of an inch].
Laboratories consider a filtering medium with an effective pore size
of .01 micron to .45 micron to be bacteriologically sterile and .45
micron to 1.0 micron to be bacteriologically safe. Regrowth
of bacteria that becomes trapped either on the outside of the
Doulton element or in the ceramic's pores are controlled by the
silver which, on contact with water, releases small quantities of
positively charged metals ions. These ions are taken into the enzyme
system of the bacteria's cell and thereby neutralize it. The flow
rate of the ceramic filter can be easily renewed by simply brushing
its outer surface under running water. As the top layer of ceramic
and the contaminants are brushed off and flushed away, a new layer
becomes available. This process can be repeated dozens of times
before the Doulton ceramic shell is exhausted.

A Closer Look
Inside
KIESELGUHR CERAMIC - STAGE ONE
Doulton® ceramic is made from Kieselguhr
Diatomaceous Earth and fired at incredibly high
temperatures. Over 80,000 overlapping pores make up
each Doulton element. This feature provides absolute
mechanical filtration to .9 of a micron (.5 ANSI).
99.99% rejection of bacteria and cysts. Bacteria and
any other foreign particles that my be present in
your water are trapped on the outside of the element
while the water passes through the ceramic wall to
the inside of the element.
WHY BACTERIOSTATIC ?
This simply means self sterilizing. The entire
ceramic wall is impregnated with pure silver. Silver
has been long proven as a disinfectant which insures
that bacteria trapped in the ceramic's pores are
killed thereby eliminating any threat of bacteria
colonization.
THE CORE - STAGE TWO
Inside the Doulton Ceramic shell is a post filter
which is manufactured by using a treated granular
carbon to form a tightly packed matrix. This post
filter provides Chemical Reduction of chlorine,
pesticides, solvents, etc.
Key Features
- REDUCES PATHOGENIC
(disease causing) BACTERIA - Cholera, Typhoid,
Salmonella, Serratia, E. Coli, Fecal Coliform,
Etc.
- Removes Cryptosporidium
Parvum and Giardia Lamblia Cysts (Beaver Fever)
- Sub-Micron Particulate
Filtration
- Quickly and Easily
Cleaned for Prolonged Life and Outstanding
Economics
- Self Sterilization
- Cannot "Plug Up"
Internally
- No Tools Required to
Service
Doulton® water filters have been available in
the United States since since World War II and
certified by the National Sanitation Foundation
NSF under Standards 53 and 42 for specified
products and claims:
- Health Effects,
- Turbidity Reduction,
- Cyst Removal,
- Self Sterilizing
- Particulate Reduction,
- Taste and Odor Reduction
- Doutlon water filters are
the only ceramic filters available today to be
certified under both of these standards.
Doulton® water filter are manufactured to the
following international standards and have been
tested and approved by the following independent
bodies or agencies:
- British Standard 5750
- ISO - 9002
- The World Health
Organization
- Department of Health
(Toronto, Ontario)
- Water Research Council
(London, England)
- University of Arizona
(USA)
- Spectrum Labs
(Minneapolis, USA)
- WRC (Buckingham Shire,
England)
- National Sanitation
Foundation (Standards 42 & 53)
- Hyder Labs, Cheshire
England
- Loughborough University,
England
- Thresh, Beale & Suckling
Laboratories, England.
- Clare Microbiological
Laboratories, England
- Severn Trent
Laboratories, England
- Over Many Independent
Laboratories Worldwide
British Berkefeld Doulton® filters have stood
the test of time. Used by Royalty, Missionaries
and Relief Organizations for over 140 years in
over 150 countries throughout the world.
|
| |
| | |
|
|