UNIQUE POLYMER COATINGS THAT SOLVE CORROSION …

UNIQUE POLYMER COATINGS THAT SOLVE CORROSION PROBLEMS

APC COATINGS RESIST ACIDS ? CAUSTICS - SOLVENTS

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Chem

Chem

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C H E M I C A L M A N U FA C TCUhReImN G ? T R A N S P O RTAT I O N ?

STORAGE ? CONTAINMENT ? ENERGY PRODUCTION

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CORROSION PROTECTION AT EVERY TURN

Advanced Polymer Coatings, Ltd. (APC) presents a family of unique coatings to protect against the damage from corrosion and to provide safe transport of chemicals whether on land or sea. Based on its development of the patented Siloxirane? polymer resin, the company has engineered a range of industry-specific coatings that resist and control the problems encountered by corrosion and chemical attack.

Protection at every turn means that no matter where you manufacture, store, and transport chemicals, APC offers a coating solution.

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A History in Aerospace

APC first developed Siloxirane?, a cross-linked organic-inorganic polymer resin used in composite parts, prepregs and coatings for the aerospace industry for high temperature applications. Siloxiraine? resin has been specified for a range of stringent parts requirements such as advanced tactical missiles, aircraft parts, space hardware, ordnance, electronics and other high performance applications.

Based on their success with engineered polymers, APC attacked and solved problems in other industries focusing on the corrosion protec-

tion deficiencies of conventional protective coatings and linings. Today, from its headquarters in Avon, Ohio, near the heart of the world's leading polymer research centers and testing facilities, APC manufactures coatings formulated with proven Siloxiraine? technology, that are geared for extreme corrosion-, high temperature- and abrasionresistance.

A FUTURE OF CONTINUING TECHNOLOGY ADVANCES

The Technology; Epoxies, Vinylesters and

,

,

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Form 3 Dimensional Screen-Like Structures when Cured

The Greater the Distance Between the Crosslinks, the Greater the Permeation Causing Chemical Attack and Absorption

Chem The Following 3 Diagrams Represent the Same Coating Cutaway (pictured left) Chem

Curing Agent Epoxy Group

Phenol Epoxy

"Old Technology"

with 2 Functionality.

Forms 4 Crosslinks.

Original APC Coating

A "Breakthrough" in the 1990s

with 5 Functionality.

Forms 25 Crosslinks.

Latest APC Advancement

with 28 Functionality.

Forms 784 Crosslinks.

SUPERIOR CORROSION RESISTANCE PROTECTION

Siloxirane?-based coatings resist 98% of all corrosive acids, alkalis, solvents, gasses and materials at various temperatures. APC has conducted more than 5,000 chemical and physical tests of Siloxirane? resin and coatings. In applications testing versus conventional coatings such as vinylesters,

epoxies, rubbers and high bake phenolics, Siloxirane? has proven to outperform other linings and deliver a better return on investment. Siloxirane? is highly effective against extreme corrosion and erosion, with a temperature resistance capability up to 500?F (260?C).

CPRMhhaiaeerLniimonnLlieeEnL?iepno7?ex87?y487484 Vinylester Stainless Steel PCRhMhaeiaerLniimonnlLieeEnL?ipeno7?ex87y?487484 Vinylester Stainless Steel PCRhMhaeiaerLniimonnlLieeEnL?ipeno7?ex87y?487484 Vinylester Stainless Steel

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Acetaldehyde

A LN A

Acetic Acid

A NN A

Acrolein Acid

A N-- A

Acrylic Acid

A NN A

Acrylonitrile

A NN A

Ammonium Persulfate

A AA L

Azabenzene

A NN A

Benzene

A AN A

Benzene Carboxylic Acid A A N A

Benzoyl Chloride

A NN N

B-Methacrylic Acid

A NN A

Bichromate of Soda

A NA A

Bromine

A NN A

Butanoic Acid

A N-- A

Butyric Aldehyde

A NA A

Calcium Hydroxide

A AA A

Calcium Hypochlorite

A AA L

Caustic Potash

A NN A

Carbolic Acid

A NN A

Chlorine Water

A NA N

Chlorosulfonic Acid

A NN N

Chlorinated Acetone

A NN L

Chloracetic Acid

A NN L

Chromic Acid

A NA N

Coal Tar Oil

A NA A

Coconut Fatty Acid

A AA A

Colamine

A NN A

Cresol

A N-- A

Dichloromethane

A NN A

Detergents

A AA A

Diethyl Formamide

A NN A

Diethylamine

A NN A

Diethylene Chloride

A NN L

Diethyl Ether

A NN A

Dimethylamide Acetate A N -- A

Disulphuric Acid

A N-- A

EDTA

A NA A

Ethanolamine

A NN A

Ethonic Acid Anhydride A N -- A

Ethyl Acrylate

A AN A

Fatty Acids

A AA A

Fatty Acid, Palm

A AA A

Ferric Chloride

A NA N

Flaked Stearic Acid

A NA A

Fluoraboric Acid

A

Formaldehyde

A

Formamide

A

Formic Acid 10%

A

Green Liquor

A

Glycerol

A

Grape Juice

A

Grapefruit Juice

A

Grease Oil

A

Heptanoic Acid

A

Herring Oil

A

Hexahydroanaline

A

HMDA

A

Hydrazine

A

Hydrobromic Acid

A

Hydrochloric Acid

A

10% Hydrofluoric Acid

A

5-20% Hydrogen Chloride A

35% Hydrogen Peroxide A

10%-30% Hydrogen Sulfate A

5%-12% Hypochlorite Bleach A

Isobutanol

A

Isobutyric Acid

A

Isopropyl Amine

A

Javelle Water

A

Juices, Fruit

A

Lactic Acid

A

Lactonitrile

A

Latex

A

Liquified Ammonia

A

Liquid Pitch Oil

A

M-Phosphoric Acid

A

Maleic Anhydride

A

MCA

A

Methacrylonitrile

A

Methanamide

A

Methanol

A

MEK

A

Methylene Chloride

A

Monochloroacetic Acid

A

Monochloro Benzene

A

Naphtalene

A

Nitric Acid 1-20%

A

Nitro Benzene

A

A = Good at ambient temperatures L = Limited Service N = Not recommended

N--N AAA N--A NAA NA L NNA AAA AAA AAA A--A AAA N--A N--A NNA NAN NAN NAN N--N NAA NAA NAN NAA N--A NAA NAN AAA AAA N--A AAA NNA NAA NA L NAA N--A NNA N--A NNA LNA NNN NNN NNN NAA NAA ANA

Nitrogen Fertilizers

A

Norval Amine

A

Octanoic Acid

A

Orthonitro Benzene

A

Oleum

A

Olive Oil Fatty Acid

A

Palm Oil Fatty Acid

A

Perchloroethylene

A

Perchloric Acid

A

Phenol

A

Phosphoric Acid

A

Phthalic Anhydride

A

Piperzine

A

Polyethylene Polyamines A

Potassium Hydroxide

A

Potassium Permanganate A

Propionic Acid

A

Pyridine

A

Rubber Extender Oils

A

Rum

A

Sodium Carbonate

A

Sodium Dichromate

A

Sodium Hydroxide

A

Sodium Hypochlorite

A

Sodium Sulfide

A

Stannic Chloride

A

Stearic Acid

A

Spent Sulfuric Acid

A

Sulfur

A

Sulfuric Acid 1-70%

A

Sulfuric Acid 70-99%

A

Sulphurous Acid

A

Tall Oil

A

Tallow Acid

A

Tar Acid

A

Tetra Chloroacetic Acid

A

Tetra Hydrofurfuryl Alcohol A

Toluene Diamine

A

Toluol

A

Valeraldehyde

A

Vinegar

A

Vitriol Oil 65%

A

Water, Acid

A

Xylenol

A

A --A N NA A --A N NN N NA A AA A AA N NA N NN N NA N AN N AA N --A N --A A LL A AL N NA N NA A AA A AA N AN N AA A AL N AN A NN A AN A AA N NA N NA A AN N NL N NA A AA A NA N AA N NN N NA N NA L LA N --A N AA N AA N NA N NA

Corrosion resistance data for Epoxy, Vinylester and Stainless Steel from published literature.

APC and its affiliate company, ChemLine Europe Ltd., have provided ChemLine? coating for hundreds of ISO tank containers, over-the road tankers and portable tanks. These vessels are in service throughout the world safely carrying even the most aggressive chemicals such

as 98% Sulfuric Acid, 37% Hydrochloric Acid, 50% Sodium Hydroxide, Methanol, Methylene Chloride, Acetic Acid and others, while delivering an increased return on investment for owners and operators.

TRANSPORT VIA ROAD & RAIL

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Chem

RaiLine? is the pro-

tection standard for

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vessels traveling via rail. RaiLine? is

referred to as the `Universal Tank

Lining System' as it resists thou-

sands of chemicals, offering far

greater benefits than stainless steel

or lining materials such as high

bake phenolics and rubber used on

rail tanker cars. RaiLine? also

offers excellent wear and abrasion

resistance when carrying pellets,

crystals and other coarse media in

rail hopper cars.

TRANSPORT VIA THE SEA

For maritime chemical tankers,

MarineLine? is the only high performance

lining that withstands all IMO approved

chemical cargoes. MarineLine?'s unique cross-linked polymer structure does not

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allow a chemical cargo to permeate the

tank lining. This answers the critical needs

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to assure product purity, resist corrosion,

and ensure tank cleaning is fast and easy.

Tanks coated with Marineline? are today safely carrying a range of CPP and chemicals including Benzene, MTBE, Palmoils, Vegetable Oils, Phenol, Acrylonitrile, Methanol, Ethylene Dichloride, Toluene, Acetic Acid, and many others. Chemical-carrying tanks coated with MarineLine? over 10 years ago are still in service today. MarineLine? is now the coating of choice for the maritime chemical tanker industry.

Many years of studying the operations of MarineLine? ship owners has produced a computer program that allows you to analyze your operating cost! Fill in the blanks with your itemized cost and see how much YOU can add to YOUR Bottom Line Profit.

Use our free Cost Analysis Tool located at adv-, or ask for the MarineLine? Story CD, available from APC.

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