MJ TSR makes competitveness greater by upgrading the existing products, differentiating technology and improving our processes
to meet the varying needs of customers.
Various products filled with high-technologies make the affluent industrial world
● Inorganic Compound
Name of chemicals | Concentration(%) | 20°C | 60°C |
---|---|---|---|
Hydrochloric acid | various concentrations | ● | ● |
Sulphuric acid | below 60 | ● | ● |
below 70 | ● | △ | |
below 80 | ● | ● | |
above 95 | △ | ● | |
nitric acid | below 5 | ● | ● |
5-25 | ● | △ | |
30-60 | △ | X | |
below 70 | X | X | |
Phosphoric acid | below 90 | ● | ● |
above 95 | △ | △ | |
Chromic acid | electrolyte | ● | ● |
below 10 | ● | ● | |
10-25 | ● | X | |
25-50 | X | X | |
Hydrofluoric acid | below 60 | ● | ● |
above 75 | ● | △ | |
Hydrobromic acid | Various concentrations | ● | ● |
Hypochlorous acid | 10 | ● | ● |
Ammonia | dry gas | ● | ● |
aqueous solution | ● | ● | |
Oxygen | 100 | ● | X |
Hydrogen | 100 | ● | ● |
Carbon dioxide | 100 | ● | ● |
Sulphur dioxide | dried | ● | ● |
wet gas | ● | △ | |
Sulphur | colloidal | ● | △ |
Chlorine water | 2 | ● | ● |
Phoshorus oxychloride | - | X | X |
● Organic Compound
Name of chemicals | Concentration(%) | 20°C | 60°C |
---|---|---|---|
Formic acid | blew 80 | ● | ● |
Acetic acid | 60-100 | △ | △ |
below 10 | ● | ● | |
10-60 | ● | △ | |
60-100 | △ | X | |
Oxalic acid | various concentrations | ● | ● |
Methyl alcohol | below 50 | ● | ● |
100 | △ | △ | |
Ethyl alcohol | below 96 | ● | ● |
100 | △ | △ | |
Butyl alcohol | 100 | ● | X |
Cresol | - | X | - |
Phenol | - | X | X |
Benzene | 100 | X | X |
Toluene | 100 | X | X |
Formaline | 40 | ● | ● |
Methyl acetate | 40 | △ | ● |
Petroleum | - | X | X |
Gasoline | - | △ | X |
Paraffin | - | △ | X |
Acetaldehyde | 100 | △ | X |
● Properties of polyethlene
Test Items | Unit | Properies | Specification | Test Method |
---|---|---|---|---|
Density | g/cm2 | 0.925 | min.0.915 | ASTN D1505 JIS K6760 |
Tensile Strength | kg.f/cm2 | 154 | min.120 | ASTN D638 JIS K6760 |
Elongation | % | 710 | min.300 | ASTN D638 JIS K6760 |
Hardness | HDD | 55 | min.40 | ASTN D2240 JIS K6760 |
Softning | °C | 98 | min.85 | ASTN D1525 JIS K6760 |
ESCR | H | 1000 | min.96 | ASTN D1693 JIS K6760 |
● Comparison table of bonding strength
Lining Type | Process Method | Adhesive Strength Mpa |
---|---|---|
Mortar Lining | Centrifugal | 0.4 |
Coal Tar Enamel Lining | Painting | 0.4 |
Asphalt Lining | Painting | 0.4 |
Tar Epoxy Lining | Painting | 1.5 |
Epoxy Lining | Room Temperature | 2.0 |
Vulcanization | ||
Polyethylene Lining | Powder Lining | 10 and higher |
Natural Rubber Lining | Hot Air Vulcanization | 5.3 |
Natural Hard Rubber Lining | Hot Air Vulcanization | 10 |
Neoplan Rubber Lining | Hot Air Vulcanization | 4.5 |
Neoplan Rubber Lining | Room Temperature | 4.0 |
Neoplan Rubber Coating | Room Temperature Vulcanization on the Spot | 3.0 |
● Flow Velocity coefficient(C) if varuiys ououbg
Pipe Type | C Value |
---|---|
Steel Pipe(New) | 120 |
Steel Pipe (10 years later) | 110 |
Steel Pipe (20 years later) | 100 |
Cast Iron Pipe (NEW) | 130 |
Cast Iron Pipe (20 years later) | 100 |
Rusty Pipe | 70 |
Mortar Lining Cast Iron Pipe (finished with coating) | 130 |
Mortar Lining Cast Iron Pipe (no coating) | 110 |
Rubber Lining Steel Pipe | 130 |
Tar Epoxy Coating Steel Pipe | 130 |
Polyethylene Lining Steel Pipe | 140 |