Mailbox Products - Technical Specification
Container materials

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The information in the chemical resistance tables above is given as a first guidance. If a chemical compound is not listed or if there is uncertainty about chemical resistance, please contact us for advice. It is also emphasised that the properties of plastic containers can be affected by use at temperatures other than at ambient. If you are in any doubt, please contact us.

Container materials


 
Container materials Temp. range Chemical resistance Moisture resistance
ABS - acrylonitrile - butadiene – styrene. Thermoplastic. Very rigid and strong with good impact strength. -20°C to +60°C Inert to many chemicals Very good
PC - polycarbonate - Thermoplastic. Very rigid and strong with good impact resistance. Transparent options available. Well suited to higher temperatures. -40°C to +120°C Inert to many chemicals Good
LDPE - polyethylene - Low Density - Thermoplastic. Tough, light and resilient with good impact strength and recovery from distortion. Available in several grades. -10°C to +60°C Inert to many chemicals Extremely good
MDPE - polyethylene - A tough, slightly less flexible linear medium density. Thermoplastic with good impact strength and recovery from distortion. Suitable for wide temperature use. -30°C to +80°C Inert to many chemicals Extremely good
HDPE - polyethylene - High Density - Similar properties to low density, but harder and more rigid. -30°C to +80°C Inert to many chemicals Extremely good
PP - polypropylene - Thermoplastic. Similar properties to high density Polyethylene. Better suited to high temperatures and has a harder surface. -10°C to +100°C Inert to many chemicals Extremely good
SUPERPLAS - a thermoplastic material having excellent resistance to abrasion, good impact strength yet light in weight. -10°C to +100°C Inert to many chemicals Extremely good

Chemical resistance: Guide A-M


  • S - Satisfactory resistance
  • A - Some attack or absorption
  • U - Unsatisfactory resistance
  • E - Environmental stress cracking hazard
Chemical Concentration PP 20°C PP 60°C MDPE /
HDPE 20°C
MDPE /
HDPE 60°C
Acetic Acid 10
60
Glacial
S
S
S
S
S
A
E
E
E
E
AE
AE
Acetic Anhydride - S A S A
Acetone 100 S A AE AE
Alcohol Ethyl - S U S U
Alcohol Isopropyl - S S S S
Alcohol Methyl 100 S S S S
Ammonia 0.88 SG Sol
Dry Gas
Liquid
S
S
S
S
S
S
S
S
S
S
S
S
Ammonium Fluoride - S S S S
Ammonium Hydroxide - S S S S
Ammonium Nitrate - S S S S
Amyl Acetate - A UE AE AE
Amyl Chloride - U U U U
Aniline - S S AE AE
Animal Oils - S U AE AE
Antimony Trichloride - S S S S
Barium Hydroxide - S S S S
Benzoic Acid - S S S S
Boric Acid - S S S S
Brine - S S S S
Calcium Hydroxide - S S S S
Calcium Hypochlorite - S S S S
Camphor Oil - UE UE UE UE
Carbon Dioxide - S S S S
Castor Oil - S A U U
Copper Fluoride Sat. Soln. S S S S
Detergents Synthetic All concs S S E E
Dextrose - S S S S
Fatty Acids - S S E AE
Ferric Chloride - S S S S
Fluosilicic Acid - S S S S
Formaldehyde 40 W/W S S S A
Formic Acid 3 S S S S
Fruit Pulp Juices - S S S S
Glycerine - S S S S
Hydrochloric Acid 10
22
Conc.
S
S
S
S
S
S
S
S
S
S
S
S
Hydrofluoric Acid 4
40
60
75
Conc.
S
S
U
U
U
S
S
U
U
U
S
S
S
U
S
S
S
A
U
A
Isopropyl Alcohol - S S E E
Lactic Acid 10
100
S
S
S
S
S
E
S
E
Lubricating Oil - S AE S AE
Maleic Acid 25 S S S S
Milk - S S S S

Chemical resistance: Guide N-Z


  • S - Satisfactory resistance
  • A - Some attack or absorption
  • U - Unsatisfactory resistance
  • E - Environmental stress cracking hazard
Chemical Concentration PP 20°C PP 60°C MDPE /
HDPE 20°C
MDPE /
HDPE 60°C
Nitric Acid 5
10
25
50
S
S
S
A
S
S
S
U
S
S
S
A
S
S
S
U
Oxalic Acid 50 S U S A
Paraffin - S UE S AE
Phosphoric Acid 50 S S S S
Potassium Chloride - S S S S
Potassium Fluoride - S S S S
Potassium Hydroxide 1
10
Conc.
S
S
S
A
S
A
S
S
S
S
S
S
Salicylic Acid - A S S S
Silver Nitrate - S S S S
Sodium Hydroxide 1
10
40
Conc.
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
S
Sodium Hypochlorite 15CL S A S A
Stannous Chloride - S S S S
Starch - S S S S
Sulphuric Acid 60
70
98
S
S
E
S
U
U
S
S
A
S
A
U
Sulphurous Acid 10
30
S
S
S
U
S
U
S
U
Tannic Acid - S S S S
Tartaric Acid - S S S S
Tetra—Ethyl Lead - S S S S
Turpentine - S U AE UE
Vegetable Oils - S U E AE
Vinegar - S S S S
Water - S S S S
Water - Distilled - S S S S
White Spirit - S U E AE
Zinc Chloride - S S S S
Zinc Sulphate - S S S S

General chemical resistance of polycarbonate at room temperature


 

Chemical class Lexan polycarbonate Chemical class Lexan polycarbonate
Acids, Inorganic - Foodstuffs S
Weak S Glycols
Strong S Polyglycols S
strong oxidising A Polyglycol ethers S
Acids Organic - Hydrocarbons -
Weak S Alphatic U
Strong S Aromatic U
Alcohols S Chlorinated U
Aldehydes S Ketones U
Amines - Oils -
Aalphatic U Essential oils U
Aromatic U Vegetable oils S
Bases S Pharmaceuticals S
Beverages S Salts S
Condiments U
Esters U

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