Piston Packing & Turbine Rings

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MOQ : 1 Pack

Piston Packing & Turbine Rings Specification

Usage
Industrial

Material
Carbon

Application
Reciprocating compressors, turbines

Chemical Composition
Copper alloy (Bronze), Polytetrafluoroethylene (PTFE), Graphite, Iron-carbon alloy (Cast Iron)

Product Type
Piston Packing & Turbine Rings

Shape
Round

Color
Black

Hardness
50-65 HRC

Density
8.6 Gram per cubic centimeter(g/cm3)

Pressure Resistance
Up to 150 bar

Color
Grey, Black, Metallic

Size Range
Customizable as per requirement

Product Type
Piston Packing & Turbine Rings

Temperature Resistance
Up to 350C

Surface Finish
Fine, Smooth Finish

Tensile Strength
200-400 MPa

Manufacturing Technique
Precision Machined & Molded

Piston Packing & Turbine Rings Trade Information

Minimum Order Quantity
1 Pack

Supply Ability
1000 Packs Per Week

Delivery Time
15 Days

About Piston Packing & Turbine Rings

Backed by a diligent team of professionals, we have been able to manufacture, export and supply a wide range of quality assured Piston Packing & Turbine Rings. Following industry defined guidelines, we manufacture the entire range by utilizing contemporary machines, modernize technology and prime grade raw material. In order to ensure quality, the entire range is rigorously tested against a series of parameters. Apart from this, we offer the entire range in a wide range of specifications as per the requirement of our clients.

Features:

Flawless finish
Light weight
Excellent shape

Applications:

These can be single piece split rings or the segmental rings
Carbon is suitable material for piston & packing rings owing to its ability to run dry
Turbine rings are the wet running packing rings of large diameters used for sealing water turbine shafts

Field:

Fertilizers
Chemical plants
Nuclear Engineering etc
Hydro & thermal power stations
Refineries

Product details

Density	1.5-2.4g/cm3
Material	Carbon
Packaging Type	Box
Shape	Round
Usage/Application	Sealing water turbine shafts

Superior Performance Under Extreme Conditions

Designed to endure high temperatures up to 350C and resist pressures up to 150 bar, our piston packing and turbine rings are optimized for demanding industrial environments. Their customizable sizes and robust construction ensure that they deliver dependable sealing and operational longevity in reciprocating compressors and turbines. Each unit undergoes fine surface treatment, enhancing both performance and lifespan.

Advanced Materials and Manufacturing

Utilizing a blend of copper alloy (bronze), PTFE, graphite, and cast iron, these rings offer a unique combination of resilience, strength, and chemical resistance. Manufactured through precision machining and molding, every product guarantees fine finishes and adherence to stringent quality standards. This attention to detail supports reliable function and straightforward integration into existing systems.

FAQ's of Piston Packing & Turbine Rings:

Q: How are piston packing and turbine rings manufactured for high durability?

A: These components are produced using precision machining and molding techniques. The process employs a mixture of copper alloy (bronze), PTFE, graphite, and cast iron, which provides exceptional hardness, tensile strength, and fine surface finishes vital for long service life in harsh industrial conditions.

Q: What are the primary benefits of using carbon and metal alloy piston packings in industrial applications?

A: The use of carbon and specialized metal alloys ensures high resistance to heat and pressure, stable operation at temperatures up to 350C and pressures up to 150 bar, excellent wear resistance, and minimal friction. This translates to improved efficiency and reduced maintenance needs in compressors and turbines.

Q: Where are these piston packing and turbine rings typically utilized?

A: These rings are primarily used in reciprocating compressors and various types of turbines where high sealing integrity, chemical resistance, and thermal endurance are critical. Their robust design makes them suitable for power plants, process industries, and heavy-duty mechanical systems.

Q: What customization options are available for these rings?

A: We offer full customization regarding size, thickness, and shape within the round profile to match specific machine requirements. This ensures optimal fit and sealing performance across different industrial setups.

Q: When should these rings be replaced in a system?

A: Replacement intervals depend on operational conditions, but should typically be considered if there are signs of excessive wear, reduced sealing efficiency, or after scheduled system overhauls to maintain consistent performance.

Q: How does the material composition affect the performance of the rings?

A: The combination of copper alloy, PTFE, graphite, and cast iron provides a balance of high strength, heat resistance, and low friction. This unique mix enhances operational lifespan and makes the rings adaptable to a range of challenging applications.

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