Micaceous iron oxide Portafer
Micaceous iron oxide Portafer

Micaceous iron oxide Portafer

MOQ : 1 Kilograms

Micaceous iron oxide Portafer Specification

  • Voltage
  • 380V/415V, 3 phase, 50/60Hz
  • Safety Features
  • Over-temperature alarm, emergency shut-off, forced air cooling
  • Construction
  • Stainless steel outer shell, refractory brick lining
  • Heating Rate
  • As per EN 1363-1/ISO 834 Standard Thermal Curve
  • Door Mechanism
  • Hydraulic/lifting mechanism with double locking
  • Observation Windows
  • Tempered heat-resistant glass with steel framing
  • Data Acquisition
  • Multi-channel digital recorder, USB/Ethernet interface
  • Cooling System
  • Integrated water-cooled sample frame
  • Exhaust System
  • Auto exhaust damper with forced draft fan
  • Burner System
  • High-efficiency multi-jet gas/oil burners (for gas-fired version)
  • Installation
  • Heavy-duty, skid-mounted
  • Controller Type
  • Programmable Logic Controller (PLC)
  • Insulation Thickness
  • up to 200 mm ceramic fiber
  • Compliance
  • Meets EN 1363, ISO 834, ASTM E119 test standards
  • Thermocouple Type
  • K-type, Nickel-Chromium/Nickel-Alumel
 

Micaceous iron oxide Portafer Trade Information

  • Minimum Order Quantity
  • 1 Kilograms
  • Supply Ability
  • 10 Kilograms Per Month
  • Delivery Time
  • Days
 

Micaceous iron oxide Portafer About

Micaceous iron oxide Portafer AP65

 Coating raw materials  2025-08-20

 

Introduction

Micaceous iron oxide (Fe2O3) is a naturally occurring iron oxide with a layered structure similar to mica (hence the name).

Features

Black color

Layered structure

Highly inert in various media (the iron in the mineral has been oxidized)

Basic properties

Property Value Unit
Moisture 0.1
PH 9 [-]
Hardness(Mohs) 6 [-]
Electrical conductivity 60 [us/ cm]
Colour black [-]
Lamellarity 70
Soluble matter 0.1
L.O.1. 0.6
Density 4.7 [kg/ dm3]
Product Grade 63 75 125 OA
m m m
Portafer AP65 3.7 1.6
17
AP75 12.5 5.0
15

Benefits

Abrasion Resistance: With a Mohs hardness of 6. MIO improves the abrasion resistance of coatings.

Chemical Resistance: Due to its lamellar structure and inertness, MIO provides barrier properties to primers and topcoats compared to traditional fillers and exhibits good chemical resistance.

Mechanical Reinforcement: Due to its layered structure, MIO mechanically reinforces the adhesive matrix.

UV Resistance: Since MIO is insensitive to UV radiation, it reduces coating degradation.

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