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Phosphate conversion coating

Phosphate conversion coating is a chemical treatment applied to steel parts that creates a thin adhering layer of iron, zinc, or manganese phosphates to improve corrosion resistance or lubrication or as a foundation for subsequent coatings or painting. It is one of the most common types of conversion coating. The process is also called phosphate coating…

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Parkerizing

Pickling Wrought iron Bluing Brass Copper

19 related topics

Uses

Rusting Dielectric Electrochemical Galling Abrasive

12 related topics

Process

Solubility PH Hydrogen Sodium nitrite Titanium

8 related topics

Overview

Steel Iron Zinc Manganese Phosphates

15 related topics

Topics to explore

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Overview

Types

Manganese phosphate Manganese(II) phosphate
Iron phosphate
Zinc phosphate
Galvanized steel Galvanization

Process

Parkerizing

Pickling Pickling (metal)
Wrought iron
Bluing Bluing (steel)
Brass
Copper
Nickel
Stainless steel
Passivation Passivation (chemistry)
United States
Trademarks Trademark
Henkel Adhesives Technologies Henkel
Generic use Generic trademark
World War II
Birmingham, England Birmingham
Strategic compounds Strategic material
Glock GmbH
Austrian Austria
Slides Pistol slide
Pistols Pistol

Uses

Sources

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Map overview Semantic statistics

Phosphate conversion coating

Nodes67

Edges66

Triples14

Avg. degree1.97

Density0.029851

Components1

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Phosphate conversion coating

Top relations

related to Parkerizing · 3

Phosphate conversion coating → Bonderizing, It, Parkerizing

is a · 1

Phosphate conversion coating → chemical treatment applied to steel parts that creates a thin adhering layer of iron

Important terminology Word statistics

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Important terminology

manganese zinc process phosphate phosphating parkerizing used coating corrosion iron patent also coatings applied steel resistance firearms surface conversion parker

Entity relationships Subject–Predicate–Object triples

Subject	Predicate	Object	Confidence	Src
Phosphate conversion coating	is a	chemical treatment applied to steel parts that creates a thin adhering layer of iron	0.90	text
aluminium	instance of	It is also used extensively on automobiles to protect unfinished metal parts from corrosion.The Parkerizing process cannot be used to protect non-ferrous metals	0.80	text
brass	instance of	It is also used extensively on automobiles to protect unfinished metal parts from corrosion.The Parkerizing process cannot be used to protect non-ferrous metals	0.80	text
or copper but can be used for chemical polishing or etching instead	instance of	It is also used extensively on automobiles to protect unfinished metal parts from corrosion.The Parkerizing process cannot be used to protect non-ferrous metals	0.80	text
firearms	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
planes from rust	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
corrosion.Later developmentsGlock GmbH	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
an Austrian firearms manufacturer	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
uses a black Parkerizing process as a topcoat to a Tenifer	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
Brownells	instance of	and Parkerizing kits are sold by major gun-parts distributors	0.80	text
corrosion	instance of	became the most common phosphating process used during World War II to protect American war materials	0.80	text
Phosphate conversion coating	related to Parkerizing	Parkerizing	0.60	section

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