234436 Results for: "Amberlyst® 15 H\u207A form"
Amberlyst® 15 H⁺ form, dry ion-exchange resin, Supelco®
Supplier: Merck
Amberlyst-15 is a Bronsted acidic resin catalyst.
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Amberlyst® 15, wet ion-exchange resin
Supplier: Thermo Fisher Scientific
Appearance: Grey-brown =<1.70
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Amberlyst® 15 (H) ion exchange resin
Supplier: Thermo Fisher Scientific
Amberlyst® 15 (H) ion exchange resin
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Amberlyst® 15, dry ion-exchange resin
Supplier: Thermo Fisher Scientific
Appearance: Beads
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Amberlyst® 15 (H), wet ion exchange resin
Supplier: Thermo Fisher Scientific
Amberlyst® 15 (H), wet ion exchange resin
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Ion exchangers
Supplier: Merck
In general, ion exchangers consist of a cross-linked polymer matrix with a uniform distribution of fixed ionic groups sited throughout the resin structure. These must be balanced by a similar number of ions of the opposite charge, (counter ions) to maintain electrical neutrality. Cation exchangers therefore, exchange and enrich only cations, anion exchangers only anions. In contrast adsorber resins have a non ionic, but depending on the structure, a somewhat polar character, and don't adsorb stoichiometrically both: anions, cations, as well as uncharged compounds.
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Amberlyst® A-21 ion-exchange resin
Supplier: Thermo Fisher Scientific
Appearance: Light brown =<1.80
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Amberlyst® A-26 (OH) ion exchange resin
Supplier: Thermo Fisher Scientific
Amberlyst® A-26 (OH) ion exchange resin
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Amberlyst® A-21 ion exchange resin
Supplier: Thermo Fisher Scientific
Amberlyst® A-21 ion exchange resin
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Amberlyst® A-26 (OH) ion-exchange resin
Supplier: Thermo Fisher Scientific
Amberlyst® A-26 (OH) ion-exchange resin
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VWR®, Weighing Bottles, Glass
Supplier: VWR Collection
Borosilicate glass 3,3, low form.
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Titanium(IV) oxysulphate solution for hydrogen peroxide (H₂O₂) determination according to DIN 38 409, part 15 DEV-18, Supelco®
Supplier: Merck
Titanium(IV) oxysulfate is known to form a yellow complex upon reaction with hydrogen peroxide (H2O2) which facilitates the latter′s determination by spectrophotometric methods.
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Crucible, tall form
Supplier: TECHNICAL QUARTZ SOLUTIONS
Quartz, transparent, glazed.
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VWR® Septa ND8
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Crucibles, Porcelain
Supplier: VWR Collection
Porcelain, glazed inside and out, except base.
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VWR®, Septa 18 mm
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa ND13
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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Crucibles, low form, quartz
Supplier: TECHNICAL QUARTZ SOLUTIONS
Quartz, transparent, glazed.
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VWR®, Septa ND20
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa 16 mm
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa 9,5 mm
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa ND11
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa ND22
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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VWR®, Septa 12 mm
Supplier: VWR Collection
Almost all septa have one laminated side with PTFE (high chemical resistance) and form an inert barrier between carrier material and sample.
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Crucibles, low form
Supplier: TECHNICAL QUARTZ SOLUTIONS
These crucibles are made from fused quartz, translucent, glazed.
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Crucibles
Supplier: Thermo Fisher Scientific
These crucibles are manufactured from Inconel® nickel-chromium-iron alloy 601. Available in low form and straight wall types.
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Laboratory bowls
Supplier: BOCHEM
Bowls are high form, and made of stainless steel 18/10.
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Crucibles, zirconium
Supplier: Thermo Fisher Scientific
These crucibles are manufactured from zirconium. Available in low form and straight wall types.
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Neodymium boron iron, magnet alloy additive Nd:B:Fe (15:8:77) atomic%, REacton®
Supplier: Thermo Fisher Scientific
Molecular Formula: Nd:B:Fe; 15:8:77 atomic%; Magnet Alloy Additive Physical Form: Broken Lump Odour: Odourless MDL No.: MFCD02091729