Graphite Steam Rotary Joint Rings & Piston Rings

Get a Price/Quote

MOQ : 1 Kilograms

Graphite Steam Rotary Joint Rings & Piston Rings Specification

Usage
Industrial

Material
Graphite

Application
Steam rotary joints, Piston rings, Mechanical seals

Chemical Composition
Carbon content >99%, minor metallic and ash content

Shape
Round

Product Type
Graphite Steam Rotary Joint Rings & Piston Rings

Color
Grey

Hardness
Shore 45-55

Density
1.85 Gram per cubic centimeter(g/cm3)

Finish
Precision machined

Abrasion Resistance
High

Color
Dark Grey/Black

Thermal Conductivity
High

Operating Temperature Range
Up to 450C

Maximum Working Pressure
Up to 25 bar

Size Available
Customizable as per requirement

Self-lubricating Properties
Excellent

Coefficient of Thermal Expansion
Low

Suitability
Suitable for both dry and wet steam applications

Graphite Steam Rotary Joint Rings & Piston Rings Trade Information

Minimum Order Quantity
1 Kilograms

Supply Ability
1000 Kilograms Per Week

Delivery Time
15 Week

About Graphite Steam Rotary Joint Rings & Piston Rings

Jump on the opportunity to secure our premier Graphite Steam Rotary Joint Rings & Piston Rings, specially engineered to deliver immaculate performance in demanding industrial environments. Now in the spotlight for their highly sought-after attributes, these rings flaunt exceptional self-lubricating properties and abrasion resistance. Suited for both dry and wet steam applications, their precise machining guarantees reliability up to 450C and 25 bar pressure. With a high carbon content (>99%) and customizable sizing, they offer high thermal conductivity with low expansion. Exported from India, these grey, round rings elevate any industrial setup.

Applications of Graphite Rotary Joint & Piston Rings

Graphite Steam Rotary Joint Rings & Piston Rings are widely used for sealing and ensuring smooth rotation in rotary joints and piston assemblies. Their primary usage extends to steam applications in power plants, chemical plants, and various process industries. Designed for both intermittent and continuous plant operations, these graphite rings offer reliable, maintenance-friendly solutions where enduring performance under extreme conditions is essential.

Sample Policy & Delivery Timeline for Export Markets

We offer sample Graphite Steam Rotary Joint Rings & Piston Rings on request, with a sample available policy tailored for our export market partners. Depending on the proposal amount and customer outlay, sample dispatch is prompt-ensuring minimal wait times. Standard delivery times are communicated upon order confirmation, ensuring reliability for both exporters and importers. Our team coordinates seamless shipping, assuring precise lead time management for orders worldwide.

FAQ's of Graphite Steam Rotary Joint Rings & Piston Rings:

Q: How do Graphite Steam Rotary Joint Rings & Piston Rings enhance industrial system performance?

A: These rings have high thermal conductivity, low thermal expansion, and excellent self-lubricating properties, which enhance operational efficiency and reliability under high temperature and pressure conditions.

Q: What is the typical process for ordering and customizing these graphite rings?

A: Customers can specify their size and application requirements. Upon receiving these details, we manufacture the rings to precise dimensions, ensuring optimal performance for your unique industrial needs.

Q: Where can these rings be effectively used?

A: Graphite steam rotary joint rings and piston rings are suitable for use in power plants, chemical processing units, and any environment dealing with both wet and dry steam systems.

Q: When should I consider replacing these rings in my machinery?

A: It is recommended to inspect the rings during routine maintenance cycles or if you notice reduced efficiency, increased leakage, or wear. Their high abrasion resistance extends service interval, but timely checks maximize plant uptime.

Q: What benefits do these graphite rings offer compared to traditional materials?

A: Graphite rings provide superior thermal and abrasion resistance, self-lubrication, and longevity, making them particularly effective for applications exposed to extreme heat, pressure, and continuous motion.

Tell us about your requirement