Zum Inhalt springen

Magnesiumhydroxid

Magnesium Hydroxide Flame Retardant

Built for low-smoke zero-halogen compounds: decomposes endothermically above 300 °C, releases water vapour rather than toxic or corrosive gas, and is surface-treated so it disperses in polyolefins without overloading the formulation with coupling agent.

CAS 1309-42-8 · Mg(OH)₂

Mindestbestellmenge, Lieferzeit und Verpackung hängen von der Qualität und der Auftragsgröße ab — stimmen Sie sie mit uns in einer Anfrage ab.

Spezifikation

Vollständige Spezifikation im Chargen-Datenblatt

Die Werte oben sind die, die wir offen veröffentlichen. Der vollständige Parametersatz — einschließlich der hier noch zu bestätigenden Werte — wird mit dem technischen Datenblatt der Charge herausgegeben. Laden Sie das aktuelle Datenblatt herunter oder fordern Sie die vollständige Spezifikation und das neueste Analysezertifikat an.

Garantierter Wert — Typischer Wert — — On request
Flame Retardant Magnesium Hydroxide — Spezifikationen
SpezifikationenGarantierter WertTypischer Wert
Mg(OH)₂ (%) On request On request On request
MgO (ignited basis) (%) On request On request On request
CaO (%) On request On request On request
Chlorid (Cl-) (%) On request On request On request
Eisen (Fe) (%) On request On request On request
Säureunlösliches (%) On request On request On request
Feuchtigkeit (%) On request On request On request
Glühverlust (%) On request On request On request
Spezifische Oberfläche (m²/g) On request On request On request
Partikelgröße D50 (µm) On request On request On request
Schüttdichte (g/ml) On request On request On request
Weißgrad (%) On request On request On request
Oberflächenbehandlung On request On request On request
Zersetzungsbeginn (°C) On request On request On request

Zellen mit Mit „Auf Anfrage" gekennzeichnete Werte sind gradspezifisch; unser Technikteam stellt sie mit dem vollständigen Datenblatt bereit.

Anwendungen

Flame Retardants — Mg(OH)₂ does not fight fire with chemistry that produces toxic gas. It gets hot, decomposes endothermically, releases water vapour and leaves a magnesium oxide char. That single difference is why it is specified in cables, rail interiors and building products.
Rubber & Elastomers — In a rubber compound MgO is a vulcanising agent and vulcanisation activator. It is not an accelerator, and it is not a filler. Confusing the three is why a compound that looked right on paper scorches on the mill.

Verpackung und Lagerung

25 kg multi-wall kraft bags with PE inner liner, palletised

  • 500 kg FIBC
  • 1,000 kg FIBC
  • neutral bags
  • custom print

Store sealed, dry, off the floor, in delivery order. Magnesium compounds pick up moisture and CO₂ from air.

Dokumente

Full Product Catalogue

CATALOG·PDF·Typischer Wert·en

Magnesium Oxide Grade Table

TDS·PDF·Typischer Wert·en

Magnesium Hydroxide Grade Table

TDS·PDF·Typischer Wert·en

Magnesium Carbonate Grade Table

TDS·PDF·Typischer Wert·en

Packing & Storage Guide

OTHER·PDF·Typischer Wert·en

Sample Certificate of Analysis (example)

COA·PDF·Typischer Wert·en

Verwandte Qualitäten

Magnesiumhydroxid ZH-H1

High Purity Magnesium Hydroxide ZH-H1

High purity magnesium hydroxide. High activity and high dispersibility let it compound into polymers easily, so it works as a functional filler and as a precursor to high purity MgO — where a hydroxide route disperses better in the process than a pre-calcined oxide.

Details anzeigen
Magnesiumhydroxid ZH-H2

High Purity Magnesium Hydroxide ZH-H2

≥ 99% · ≤ 0,35%

High purity magnesium hydroxide at 99% minimum, with acid insoluble matter held to 0,07% and chloride to 0,35%. Sits alongside ZH-H1 for electronic and functional materials; the two differ in impurity limits and bulk density, not in chemistry.

Details anzeigen
Magnesiumhydroxid ZH-H3

High Purity Magnesium Hydroxide ZH-H3

≥ 99% · ≤ 0,5%

High purity magnesium hydroxide, third step in the H series. Held at P1 deliberately: H1/H2/H3 differ too little to publish all three without thin content.

Details anzeigen

Fragen zu dieser Qualität

In a rubber compound, is magnesium oxide a vulcanising agent, an accelerator or a filler?

It is a vulcanising agent and a vulcanisation activator — not an accelerator and not a filler. MgO controls scorch time, raises crosslink density and neutralises the acidic by-products of vulcanisation. If you dose it as if it were a filler, the compound will not cure the way your formulation expects.

What is the difference between light and heavy magnesium oxide or carbonate?

Bulk density. Light grades have low bulk density and high specific surface area — they react faster and occupy more volume per kilogram. Heavy grades are dense and free-flowing. Light is the conventional choice for rubber; heavy suits technical ceramics and volume-limited processes. A container of light material fills by volume long before it fills by mass, so quote by tonne and plan by cubic metre.

What is “active” magnesium oxide, and when do I need it?

Active MgO has a high specific surface area — ZH-M600 runs at 175 m²/g minimum and ZH-V150 at 150 m²/g. Specify it when reactivity is what your formulation is short of: adsorbents for harmful gases, electronic components, inks, and rubber or plastics where it functions as both filler and reinforcing agent. If the constraint is purity rather than reactivity, ZH-V2 or ZH-V3H is the right choice instead.

Jetzt Angebot anfordern

Mindestbestellmenge, Lieferzeit und Verpackung hängen von der Qualität und der Auftragsgröße ab — stimmen Sie sie mit uns in einer Anfrage ab.