Specifications of Indium Foil/Indium Ribbon:

1.Purity: 99.995%
2.Thickness:0.05mm-6mm
3.Width:5mm-400mm
4.Length:5mm-1000mm
5.Molecular Weight: 114.82
6. Density: 7.31g/cm3
7.Melting Point:156.61°C
8.Resistivity: 8.37 mΩ cm
9.Appearance: Silvery-white,metallic luster, soft

Technical Information

Parameter of Indium Foil/Indium Ribbon

Packaging

Specifications of Lead Alloy Sheet:

1. Thickness: 0.20-140 mm
2. Width: 27-1400 mm
3. Standard: ASTM B 29, federal specification QQ-L-171, German standard DIN 1719, British specification BS 334,

Canadian Standard CSA-HP2, and Australian Standard 1812.

4. Chemical composition:

Pb : max.99.999%
Sb : 0.00-4%
Sn : 0.00 to 6% see solder foils

(Further ally elements can be customized according to requirements.)

Characteristics of Lead Alloy Sheet:

– Very soft: Without support, it can sag and become distorted
– Dense
– Durable
– Malleable
– Low melting point
– Long life-span (in milder climates, lead roofs have been known to last 200-300 years)
– Generally corrosion-resistant – has little to no reaction with most compounds and solutions.
– Resistant to corrosion by most acids including chromic,sulfuric, sulfurous and phosphoric acids.
– Corrosive to alkalis (such as lime mortar, portland cement and uncured concrete), tannic acid found in wood,

and radiation.
– Corrosive to hydrochloric, hydrofluoric, acetic, formic and nitric acids.
etc.

Technical Information

Chemical Composition of Lead  Alloy Sheet:

Recommended Thickness of Lead Shielding of X-Ray Rooms：

Packaging

Specification of Tin Strip:

1)Tin purity:99.99%

2)Thickness:0.15mm-0.8mm

3)Width:250mm–600mm

4)Length: 3m–300m , per customer’s requirement

Feature of Tin Strip:

1)Low melting point

2)Non-toxic

3)Anti-corrosion

4)Good ductility

5)Heat resistance

Packaging

 Packaging

Specifications for Titanium Tube:

Newcore Global Pvt. Ltd  keeps close connections with famous national nonferrous metal research institutes and adopts advanced production techniques to execute the technical standard of ASTM B338, ASTM F67, ASTM F136 ,STM B337 to produce series of seamless tubes of Gr.1 ,Gr.2 ,Gr.7 , Gr.9,Gr.12 and so on.
1) Standards: ASTM B338 ASTM F67 ASTM F136 STM B337
2) Grade:Gr1 Gr2 Gr5 Gr7 Gr9 Gr18 Gr23
3) Seamless pipe OD: 5.0-108mm
Weld pipe OD: Up to 3000mm
4) WT: 0.5-10mm
5) Length: Up to 16 meters
6) Eddy Current Testing,UT

Features of titanium tube:

1. Low Density and High Specification Strength
2. Excellent Corrosion Resistance
3. Good resistance to effect of heat
4. Excellent Bearing to cryogenic property
5. Nonmagnetic and Non-toxic
6. Good thermal properties
7. Low Modulus of Elasticity

Surface treatments of Aluminum Alloy Tube / Pipe:

1) Anodizing
2) Polishing
3) Powder coated
4) Electrophoresis
5) Sand-blast
6) Coating film

etc.

Inspection Equipment for titanium tube:

1) Nondestructive Tester
2) UT Testing Detector
3) Tensile Tester
4) Digital Ultrasonic Detector
5) Infrared Tester
6) HV Hardness Tester

Technical Information

Parameter for Titanium Tube:

Chemical composition(%):

Mechanical properties:

Packaging

Packaging

Composite pipe is a kind of engineering pipeline that develops rapidly nearly ten years abroad, it has wide varieties and functions. At present, domestic and overseas bimetal composite pipe is mostly formed by the mechanical method (explosion forming, tube hydro forming, drawing, rolling, etc. ), both inside and outside layer metal is simple mechanical bonding, the combining boundary exists macroscopic clearance, so it is hard to meet the high-end user’s requirements.
Metallurgical bonding bimetal composite pipe of Shanghai Metal Corporation is the combination of primary industry material and high technology of metallurgical process, through the typical hot extrusion or hot extrusion and cold forming process, metallurgical bonding interface of multiple material and base material can be achieved, so as to obtain high quality composite pipe. At the same time, as the pipe forming technology is extrusion process and the extrusion process is a three compressive stress state, so the performance difference of pipe in vertical and horizontal is small and the quality is superior. It is widely used in high temperature and high pressure, strong corrosion, high wear and tear and other harsh working environment such as petroleum, chemical, refinery, gas, boiler, power plant, mining machinery, ship, vehicles and so on.

Superior Performance:
1.Inside and outside layer is metallurgical bonding, base and multiple layers have enough bonding strength which is more than 300Mpa in normal conditions.
2.Composite material can enhance strength and toughness of the corresponding base material, achieving mechanical properties complementary.
3.Different brand of base material can obtain different mechanical properties for composite pipe.
4.Different performance of composite materials can obtain good resistance to high temperature and high temperature and high pressure, to bad environment corrosion and wear resistance ability, extending the service life of steel pipe.
5.Such as the chloride ion stress corrosion cracking, crack growth will meet base material and stop, good corrosion resistance of interface alloy can still guarantee the safety of pipe.
6.Good ductility and larger interfacial bonding strength which can realize reprocessing such as any turning, cutting, tapping, heating bending, pushing tee system, reducing, etc.
7.The internal and external layer metal has enabled the real metallurgical bonded, both inside and outside layer metal formed a solid concrete so welding of Bi-metal pipe is the same as single metal pipe.

Composite pipe is a kind of engineering pipeline that develops rapidly nearly ten years abroad, it has wide varieties and functions. At present, domestic and overseas bimetal composite pipe is mostly formed by the mechanical method (explosion forming, tube hydro forming, drawing, rolling, etc. ), both inside and outside layer metal is simple mechanical bonding, the combining boundary exists macroscopic clearance, so it is hard to meet the high-end user’s requirements.

Metallurgical bonding bimetal composite pipe of Shanghai Metal Corporation is the combination of primary industry material and high technology of metallurgical process, through the typical hot extrusion or hot extrusion and cold forming process, metallurgical bonding interface of multiple material and base material can be achieved, so as to obtain high quality composite pipe. At the same time, as the pipe forming technology is extrusion process and the extrusion process is a three compressive stress state, so the performance difference of pipe in vertical and horizontal is small and the quality is superior. It is widely used in high temperature and high pressure, strong corrosion, high wear and tear and other harsh working environment such as petroleum, chemical, refinery, gas, boiler, power plant, mining machinery, ship, vehicles and so on.

Production Process:

Technical Information

Product and application​

More

Application:

Oil and gas exploitation

Flow line

Gathering and transportation line

Fluid pipeline

Heat exchanger

Condenser

Superheater

Testing Data:

1.Fatigue test-transection

2.Fatigue test-tubulation

3.Turning

Through the steel cutting, it can be seen that two layer metal still remain solid concrete without any separation and cracking phenomenon, just like the processing of single metal, while the mechanical composite steel pipe can’t be like this.

Newcore Global Pvt. Ltd  Corporation used horizontal continuous casting production line to produce iron base bare rod. Sizes are available from 2.4-8mm (1 / 16’’ – 5/16’’). Applicable processes are including GTAW, PAW or OFW etc. The excellent hardness and strength property under normal and high temperature working conditions makes them wildly used in the pre-protection, repair and manufacture of these parts from industries where excellent resistance against high temperature, wearing, oxidation, thermal shock is required, industries are mainly including Auto Parts, Petroleum drill head, petrochemical industry, wood industry, Ecology, Aerospace and Nuclear industry etc.

Packaging

Newcore Global Pvt. Ltd used horizontal continuous casting production line to produce iron base bare rod. Sizes are available from 2.4-8mm (1 / 16’’ – 5/16’’). Applicable processes are including GTAW, PAW or OFW etc. The excellent hardness and strength property under normal and high temperature working conditions makes them wildly used in the pre-protection, repair and manufacture of these parts from industries where excellent resistance against high temperature, wearing, oxidation, thermal shock is required, industries are mainly including Auto Parts, Petroleum drill head, petrochemical industry, wood industry, Ecology, Aerospace and Nuclear industry etc.

Packaging