Carbon Rings For Steam Turbines Rings

Name: Carbon Rings For Steam Turbines Rings
Brand: S. D. INDUSTRIES
Price: 2000 INR
Availability: InStock

Price 2000 INR/ Piece

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MOQ : 1 Piece

Carbon Rings For Steam Turbines Rings Specification

Usage
Industrial

Material
Carbon

Application
Steam Turbine Rings

Chemical Composition
Carbon (C) > 98%, trace elements

Shape
O Ring

Product Type
Carbon Rings For Steam Turbines Rings

Hardness
40-50 Shore D

Color
Sliver

Density
1.8 Gram per cubic centimeter(g/cm3)

Thermal Expansion Coefficient
~4.5 x 106 /K

Finish
Precision machined

Color
Black / Dark Grey

Temperature Resistance
Up to 450C

Usage
Suitable for sealing and bearing in steam turbines

Weight
Varies by size and specification

Friction Coefficient
Low, suitable for high-speed rotation

Carbon Rings For Steam Turbines Rings Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1000 Pieces Per Week

Delivery Time
15 Days

About Carbon Rings For Steam Turbines Rings

Redeem the superb advantages of our Carbon Rings For Steam Turbines Rings, meticulously engineered to deliver unrivaled temperature resistance up to 450C. Crafted from magnificent, high-purity carbon (C>98%), each ring boasts a low friction coefficient and a flawless precision-machined finish in a striking silver shade. Ideal for high-speed rotation and demanding industrial applications, these O-rings feature an impressive thermal expansion coefficient, exceptional hardness, and optimal density. Personalise your solution with varied sizes and specifications. Experience a promotion in performance, reliability, and longevity - proudly made in India by a reputable exporter, importer, manufacturer, and supplier.

Key Features and Competitive Edge

Our Carbon Rings For Steam Turbines Rings excel with temperature resistance up to 450C, low friction, and a density of 1.8 g/cm3, supporting high-speed rotation with consistent performance. Used primarily in industrial steam turbines, these precision-machined O-rings offer magnificent durability and chemical stability. Their unrivaled thermal and mechanical characteristics provide a competitive edge to power generation industries seeking reliability, extended lifespan, and remarkable operational efficiency under harsh conditions.

Delivery, Packaging, and Export Markets

Experience express shipping and efficient charge valuation with every order of Carbon Rings for Steam Turbines Rings. Each product is securely packaged to preserve its precision finish, ensuring safe transit worldwide. Our main export markets include Asia, Europe, and the Middle East, providing timely delivery regardless of destination. Bulk and customised packaging options are available to suit various client needs, and our team is committed to transparent communication regarding dispatch timelines, shipping charges, and product valuation.

FAQ's of Carbon Rings For Steam Turbines Rings:

Q: How are the Carbon Rings for Steam Turbines manufactured?

A: The Carbon Rings are precision machined from high-purity carbon material, ensuring superb finish and accurate specifications suitable for high-speed rotation in steam turbines.

Q: What makes these Carbon Rings unrivaled for steam turbine applications?

A: Their unrivaled temperature resistance up to 450C, low friction coefficient, exceptional hardness, and chemical stability make them ideal for demanding and high-performance turbine environments.

Q: Where can the Carbon Rings be used?

A: These rings are primarily used in industrial steam turbines but can also be applied in similar high-temperature, high-speed rotary applications requiring excellent thermal and mechanical properties.

Q: What is the delivery process and packaging like?

A: We offer express shipping with efficient charge and valuation processes. Each ring is securely packaged to maintain quality during transit, with both bulk and customised packaging available as per customer requirements.

Q: What are the main benefits of using Carbon Rings for steam turbines?

A: The main benefits include magnificent temperature resistance, long service life, low maintenance requirements, reduced friction, and exceptional performance under severe industrial conditions.

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