Contact us / Kontakt:
SES GmbH Analysesysteme
Friedhofstr. 7-9
55234 Bechenheim / Germany
Tel.: +49 (0) 6736 1301
Fax: +49 (0) 6736 1305
e-Mail: support@tlc-fid-analyser.com
The analysis of high boiling organic substances may cause
Problems in many cases. The SES TLC-FID/FPD offers
with the combination of thin layer Chromatography and FID
(TLC-FID additional with FPD) interesting perspectives.
The TLC/FID/FPD with the Flame Photometry Detector
makes it possible to Analyze also Phosphorus and Sulphur.
The TLC / FID ( -FPD ) Analytical System from us can be
used in many different application fields like Plant
Breeding, Forestry, Fishery, Crude oil and carbon industry,
carbon products, biochemistry, biotechnology,
pharmaceutical industry, environmental pollution, food
industry and so on.
The advantages of the TLC-FID/FPD System are:
- it is possible to work with up to 10 Rods at the same time,
- many application fields,
- the Rods are reusable up to 100 times,
- 20-30 minutes analyzing time (depending on method) .
TLC-FID-ANALYSER. com
TLC-FID System
TLC Flame Ionization Detector
Thin Layer Chromatography FID
SARA Analyzer
Iatroscan Alternative
TLC-FID Instrument
Chromarod Analyzer
Petroleum SARA Analysis
ASTM D4124
IP 469
SES-TLC-FID-Analyser
A lot of new Features
- complete new development, new ideas, new inventions
- dust protected cover, - full color display, - all functions are on one place
Our
TLC-FID
Analyser
is
a
modern
flame
ionization
detection
system
for
Thin
Layer
Chromatography
(TLC),
designed
for
SARA
analysis,
petroleum
testing,
and
research
laboratories.
Our
TLC-FID-Analyser
combines
the
techniques
of
thin
layer
chromatography
(TLC),
an
established
technique
for
the
separation
of
organic
compounds,
with
a
flame
ionization
detector (FID).
A
specially
designed
Silica
Rod
(a
quartz
rod
coated
with
a
thin
layer
of
silica
or
alumina
on
which
the
sample
is
developed
and
separated),
is
advanced
at
a
constant
speed
through
the
flame
of
the
FID,
the
substances
are
ionized
through
energy
obtained
from
the
hydrogen
flame.
Effected
by
the
electric
field
applied
to
the
poles
of
the
FID
the
ions
generate
electric
current
with
an
intensity
proportional
to
the
amount
of
each
organic
substance
entering
the
flame.
The
analysis
with
our
TLC-FID-Analyser
is
favorable
in
maintenance
and
price,
because
of
the
low
consumption
of
solvents
and
the
reusable Silica Rods.