Mehta Tubes Limited

Copper tube is one of the components that is needed in air conditioning and refrigerant system. The tube is used as a path for the refrigerant to flow between system components and to contain it from escaping to the atmosphere.

Benefits- 

• Copper as a metal has highly anti-corrosive properties compared to aluminium. During the cooling process, pipes comes in contact with air which causes oxidation within these pipes. Copper can better handle oxidation and corrosion for longer periods ultimately gives air conditioners a longer lifespan.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Other Details

• Outside Diameter-(3/16") 4.76mm to (4.1/8") 104.78mm

Benefits- 

• Copper as a metal has highly anti-corrosive properties compared to aluminium. During the cooling process, pipes comes in contact with air which causes oxidation within these pipes. Copper can better handle oxidation and corrosion for longer periods ultimately gives air conditioners a longer lifespan.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Other Details

• Outside Diameter-(3/16") 4.76mm to (4.1/8") 104.78mm

Copper Tubes copper is an excellent conductor of heat. Copper Tubes are safe as it will not burn or support combustion or decompose to toxic gases. It will not carry fire through walls, floors and ceilings. Copper is long lasting and has excellent resistance to corrosion and scaling, high mechanical strength, high temperature resistance and life time resistance to UV degradation. 

Outside Diameter- (3/16") 4.76 mm to (6.1/4") 219 mm

Benefits

• Have high electrical thermal conductivity.
• Have good corrosion resistance.
• Have good solder-ability.
• Have excellent hot and cold workability.
• Have high ductility.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C10100 - (OFE) Oxygen Free Electronic
• C10200 - (OF) Oxygen Free 
• C11000 - (ETP) Electrolytic Tough Pitch 

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Benefits- 

• Copper as a metal has highly anti-corrosive properties compared to aluminium. During the cooling process, pipes comes in contact with air which causes oxidation within these pipes. Copper can better handle oxidation and corrosion for longer periods ultimately gives air conditioners a longer lifespan.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Other Details

• Outside Diameter-(3/16") 4.76mm to (4.1/8") 104.78mm

Copper has natural qualities that make it ideal for plumbing. It is extremely durable. It creates a biostatic atmosphere, which makes it difficult for bacteria to grow inside of it. It also resists corrosion and it is not affected by ultraviolet rays, which allows you to use it outside.

Benefits-

• Pipes / Tubes made of copper are typically recommended for plumbing installation. Why? The main reason is the fact that copper is a malleable metal which can stretch without damage. It is very important issue for systems working in high temperatures.  
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76 mm to (6.1/4") 219 mm

Copper has natural qualities that make it ideal for plumbing. It is extremely durable. It creates a biostatic atmosphere, which makes it difficult for bacteria to grow inside of it. It also resists corrosion and it is not affected by ultraviolet rays, which allows you to use it outside.

Benefits

• Pipes / Tubes made of copper are typically recommended for plumbing installation. Why? The main reason is the fact that copper is a malleable metal which can stretch without damage. It is very important issue for systems working in high temperatures.  
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter-(3/16") 4.76mm to (6.1/4") 219mm

Copper gas pipelines is advantageous over conventional gas cylinders, It ensures a ceaseless supply of gasses. 

Benefits

• Pipes / Tubes made of copper are typically recommended for plumbing installation. Why? The main reason is the fact that copper is a malleable metal which can stretch without damage. It is very important issue for systems working in high temperatures.
• Copper Pipes / Tubes are often recommended for Plumbing as they are strong, corrosion-resistant, and non-toxic. Able to tolerate pressures of up to 1,000 psi, this pipe material can last up to 70 years. Rust and corrosion are not a problem with copper piping because it doesn't contain iron.                           
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (3/8") 9.53mm to (5/8") 15.88mm

Copper has natural qualities that make it ideal for plumbing. It is extremely durable. It creates a biostatic atmosphere, which makes it difficult for bacteria to grow inside of it. It also resists corrosion and it is not affected by ultraviolet rays, which allows you to use it outside. 

Benefit

• Pipes / Tubes made of copper are typically recommended for plumbing installation. Why? The main reason is the fact that copper is a malleable metal which can stretch without damage. It is very important issue for systems working in high temperatures. 
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic                                                 
• Copper Pipes / Tubes are often recommended for Plumbing as they are strong, corrosion-resistant, and non-toxic.
• Able to tolerate pressures of up to 1,000 psi, this pipe material can last up to 70 years.
• Rust and corrosion are not a problem with copper piping because it doesn't contain iron.

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (3/16") 4.76mm to (6.1/4") 219mm

Copper gas pipelines is advantageous over conventional gas cylinders, especially in life saving situations as it is more reliable and ensures a ceaseless supply of oxygen or vacuum. Safety standards for oxygen and other positive-pressure medical gases requires. Pipes / Tubes made of copper are typically recommended for gas line installation. Why? The main reason is the fact that copper is a malleable metal which can stretch without damage. It is very important issue for systems working in high temperatures.                                                                                                            Copper Pipes / Tubes are often recommended for Medical Gas Pipelines as they are strong, corrosion-resistant, and non-toxic.

Able to tolerate pressures of up to 1,000 psi, this pipe material can last up to 70 years.Rust and corrosion are not a problem with copper piping because it doesn't contain iron.

Benefits

• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (5/16") 7.94mm to (8") 206mm

Copper and brass tubes have been used in sugar mills for many years. This tubes are used in evaporators to process cane juice to high grade sugar. 

Benefits

• Have high electrical thermal conductivity.
• Have good corrosion resistance.
• Have good solder-ability.
• Have excellent hot and cold workability.
• Have high ductility.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (3/16") 4.76mm to (6.1/4") 219mm

Copper Tubes are widely used in Solar Panels. Today's focus on energy and resource efficiency as well as sustainable construction has created a global inertia for the use of solar thermal heating and cooling for both space-conditioning and water heating. In many ways, this parallels the national commitment to use solar energy spawned by the energy crises in the 1970s. Solar energy systems to heat domestic water and for space heating are based on adding a collector to the heating system to capture energy from the sun. In general, this simply involves extending the heating/plumbing system to the roof of the house, where a solar collector is incorporated into it.

Benefit

• Copper is the logical material for solar energy systems because:
• It has the best thermal conductivity of all engineering metals;
• It is highly resistant to both atmospheric and aqueous corrosion;
• It is easy to fabricate and to join by soldering or brazing;
• It has been used both for plumbing and for roofs since metals were first employed in those applications.
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diamter- (3/16") 4.76mm to (6.1/4") 219mm

Copper Tubes heat exchangers are important in solar thermal heating and cooling systems because of copper's high thermal conductivity, resistance to atmospheric and water corrosion, sealing and joining by soldering, and mechanical strength.

Benefits

• Thermal conductivity. Corrosion resistance. Biofouling resistance. Antimicrobial properties. Ease of inner grooving.

• Industrial facilities and power plants. Solar thermal water systems. 
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 

• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanesse Standards

Grade-

• C10100 - (OFE) Oxygen Free Electronic C10200 - (OF) Oxygen Free
• C12200 - (DHP) High Phosphorous Tough Pitch Copper
• C12000 - (DLP) Low Phosphorous Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

 
Outside Diamter- (3/16") 4.76mm to (6.1/4") 219mm

Copper Low Fin Tubes are important in solar thermal heating and cooling systems because of copper's high thermal conductivity, resistance to atmospheric and water corrosion, sealing and joining by soldering, and mechanical strength.

Benefits

• Fin efficiency is defined as the ratio of actual heat flow of the fin to that which would be obtained with a fin of constant temperature uniformly equal to the base surface temperature, that is, one with infinite thermal conductivity. 
• Bactericidal, fungicidal and algicidal effect. 
• Easy to Install 
• Low Coefficient of Expansion
• Excellent Thermal Conductivity.
• Low Pressure Loss. 
• High mechanical stability. 
• Oxygen impermeability. 
• Immune to ageing 
• Aesthetic 
• Recyclable

Other Details

• IS - Indian Standard

• BS - British Standards
• EN - European Nation Standards
• ASTM - American Standards
• AS - Australian Standards

• JIS - Japanese Standards

Grade-

• C12200 - (DHP) High Phosphorus Deoxidised Tough Pitch Copper

Temper

• Soft (Annealed) | Hard | Half Hard | Quarter Hard

Outside Diameter- (3/8") 9.53mm to (1") 25.40mm