Chromatography Paper, Pack of 100 Strips Manufacturer,Supplier and Exporter in India
Product Code : SCL-LE-11312
These
15cm chromatography strips are engineered for the evidentiary separation of
complex mixtures via capillary action. Optimized for University and
Secondary-level analytical chemistry, they facilitate the calculation of
Retention Factor (Rf)
values. The medium adheres to ASTM standards for cellulose-based laboratory
paper, providing calibrated absorption rates for vocational and institutional
laboratory modules.
Technical
Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
High-Absorbency Lithographic
Cellulose (Chromatographic Grade) |
|
Dimensions |
15cm (L) x 2cm (W) |
|
Quantity per Unit |
Pack of 100 Strips |
|
Pore Structure |
Uniform fiber distribution for linear solvent migration |
Key Pedagogical
Outcomes
·
Uniform Porosity Cellulose: Allows students to "Analyze" differential
solute migration, enabling the "Evaluation" of molecular weight and
polarity influences on solvent travel.
·
15cm Vertical Length: Facilitates the "Application" of the Retention
Factor formula (Rf = distance moved
by substance \ distance moved by solvent), supporting Analytical
Chemistry.
·
2cm Strip Width: Provides sufficient surface area for
"Comparison" of multiple reference samples on a single strip,
supporting the "Synthesis" of complex dye or plant pigment profiles.
·
High-Tensile Wet Strength: Ensures structural integrity during prolonged immersion,
allowing for repeatable "Observation" and measurement of eluent
fronts.
International
Logistics & Compliance
To satisfy
international B2B procurement requirements, these chromatography strips are
prepared in export-grade seaworthy crating (ISPM-15 compliant). Standardized
documentation includes the Manufacturer’s Authorization Form (MAF),
Certificates of Conformity (CoC), and Technical User Manuals in English. The
product features a tropicalized design; the cellulose medium is stabilized to
prevent oxidative yellowing or moisture-induced degradation in high-humidity
environments, tested for reliable shelf-life in temperatures up to 45°C and 90%
humidity.
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