Nickel Flange

Product Details:

NICKEL FLANGE
There are many benefits to using nickel. In their alloyed form, nickel pairs wonderfully with many elements to deliver alloys with some of the highest mechanical strength and excellent resistance to corrosion ever seen.  And even though commercially pure nickel has great ductility amongst other properties, its alloyed Nickel Alloy Flange suits several applications. Both nickel 200 and alloy 201, are referred to as commercially pure alloys, the secondary alloyants here are added with care in order to bring up the properties of the alloy. Nickel Alloy Flanges manufacturers in India usually add elements like ferrous, sulfur, silicon, manganese, copper, and carbon to the mix. In the case of these two alloys, the main property they offer is their low density. Being an alloy that has low density makes it possible for applications that need to be lightweight, or have speed. One such example is the use of Nickel 200 Flanges as aerospace components. Here, not only does the entire body needs to be lightweight, but it needs to be able to lend a hand in gaining acceleration to cover a certain distance. Unlike these nickel alloys, stainless steel or even carbon steel components tend to heavy, despite having a higher tensile strength value.

Thanks & Regards,

Parth Shah

Sankalp Alloys Overseas 

Product Details:

NICKEL FLANGE
There are many benefits to using nickel. In their alloyed form, nickel pairs wonderfully with many elements to deliver alloys with some of the highest mechanical strength and excellent resistance to corrosion ever seen.  And even though commercially pure nickel has great ductility amongst other properties, its alloyed Nickel Alloy Flange suits several applications. Both nickel 200 and alloy 201, are referred to as commercially pure alloys, the secondary alloyants here are added with care in order to bring up the properties of the alloy. Nickel Alloy Flanges manufacturers in India usually add elements like ferrous, sulfur, silicon, manganese, copper, and carbon to the mix. In the case of these two alloys, the main property they offer is their low density. Being an alloy that has low density makes it possible for applications that need to be lightweight, or have speed. One such example is the use of Nickel 200 Flanges as aerospace components. Here, not only does the entire body needs to be lightweight, but it needs to be able to lend a hand in gaining acceleration to cover a certain distance. Unlike these nickel alloys, stainless steel or even carbon steel components tend to heavy, despite having a higher tensile strength value.

Thanks & Regards,

Parth Shah

Sankalp Alloys Overseas 

Product Details:

NICKEL FLANGE
There are many benefits to using nickel. In their alloyed form, nickel pairs wonderfully with many elements to deliver alloys with some of the highest mechanical strength and excellent resistance to corrosion ever seen.  And even though commercially pure nickel has great ductility amongst other properties, its alloyed Nickel Alloy Flange suits several applications. Both nickel 200 and alloy 201, are referred to as commercially pure alloys, the secondary alloyants here are added with care in order to bring up the properties of the alloy. Nickel Alloy Flanges manufacturers in India usually add elements like ferrous, sulfur, silicon, manganese, copper, and carbon to the mix. In the case of these two alloys, the main property they offer is their low density. Being an alloy that has low density makes it possible for applications that need to be lightweight, or have speed. One such example is the use of Nickel 200 Flanges as aerospace components. Here, not only does the entire body needs to be lightweight, but it needs to be able to lend a hand in gaining acceleration to cover a certain distance. Unlike these nickel alloys, stainless steel or even carbon steel components tend to heavy, despite having a higher tensile strength value.

Thanks & Regards,

Parth Shah

Sankalp Alloys Overseas 

Additional Information:

• Delivery Time: 3-4 Days
• Packaging Details: Standard

Product Details:

Copper capillary tubes are small-diameter copper tubes with a very fine internal bore, mainly used to control refrigerant flow in cooling systems and precision fluid applications.

• 🧊 Excellent thermal conductivity

• 🛡️ Good corrosion resistance

• 🔧 Easy to bend and flare

• 📏 Precise internal diameter control

• ⚙️ Smooth internal surface for steady flow

• Outer Diameter (OD): ~0.5 mm to 6 mm

• Inner Diameter (ID): Very fine (application-specific)

• Length: Coils (15 m, 30 m, 50 m) or straight lengths

• Material Grade: ETP copper (C11000) or DHP copper (C12200)

• Standards: ASTM B280 (AC/Refrigeration), ASTM B75

• ❄️ Refrigerators & deep freezers

• 🧊 Air conditioners (window & split AC)

• 🧪 Medical and laboratory instruments

• ⛽ Precision fluid control systems

• 🏭 HVAC systems

In refrigeration systems, the capillary tube:

1. Reduces refrigerant pressure

2. Controls flow into the evaporator

3. Maintains proper cooling balance

It acts as a simple, fixed metering device (no moving parts).

If you tell me:

• Required OD × ID

• Length (coil or straight)

• Application (AC, refrigerator, medical, etc.)

• Quantity

I can help you select the correct size and standard.