3 inch LH Steam Rotary Joint Union

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MOQ : 10 Pieces

3 inch LH Steam Rotary Joint Union Specification

Surface Treatment
Anti-corrosive Coating

Media
Steam

Max. Temperature
Up to 180 C

Head Code
Round

Flange
None (Threaded Union)

Material
Cast Iron

Technique
Combination Bearings

Type
LH Steam Rotary Joint Union

Connecting Type
Threaded (BSP)

Shape
Cylindrical

Working Pressure
17 Kg/cm

Turning Point
LH

Max Speed
1500 RPM

Port Size
3 inch

Thread Standard
BSP

Model
14

Number Of Passages
2 Passages

Seal Type
Carbon Graphite

3 inch LH Steam Rotary Joint Union Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About 3 inch LH Steam Rotary Joint Union

Introducing our 3 inch LH Steam Rotary Joint Union - the illustrious solution for high-performance steam transfer. Manufactured with polished precision from high-grade cast iron, this famed union boasts a customizable design, supporting up to 1500 RPM and 17 Kg/cm working pressure. Its anti-corrosive coating guarantees longevity, while the carbon graphite seal and combination bearings ensure smooth operation. With two passages and BSP threaded connections, this limited stock bargain is available through recognized distributors, manufacturers, and suppliers across India. Don't miss your chance to upgrade with this superior rotary joint union.

Superior Design and Functional Excellence

Our 3 inch LH Steam Rotary Joint Union stands out for its primary competitive advantages: robust cast iron construction, anti-corrosive surface treatment, and the illustrious combination bearing technique. Its customizable nature fits varied plant applications, making it ideal for both new and retrofitted piping systems. The double-passage design optimizes steam flow, while the carbon graphite seal ensures reliable performance under high temperatures. Famed among industrial users, this rotary joint union ensures minimized maintenance and longevity.

Sample Availability and Fast Delivery - Unbeatable Value

Samples for the 3 inch LH Steam Rotary Joint Union are available upon inquiry, so you can evaluate the quality before investment. Expect swift delivery times alongside thoroughly secured packaging. For those watching their expenditure, we proudly offer this unit at the lowest price on the market. Request the asking price from our representatives today and secure your bargain on this polished, reliable component, delivered in protective materials directly to your facility.

FAQ's of 3 inch LH Steam Rotary Joint Union:

Q: How can I customize the 3 inch LH Steam Rotary Joint Union for my specific application?

A: You can customize the LH Steam Rotary Joint Union according to your operational requirements by specifying details such as seal material, port size, and connection type. Contact our sales team to discuss available customization options.

Q: What surface treatments enhance the longevity of this rotary joint union?

A: The union features an anti-corrosive coating that protects the cast iron body from harsh operating environments, ensuring lasting durability and optimal performance.

Q: When can I expect delivery of my order after purchase?

A: Delivery timelines vary depending on order size and location, but we strive for the fastest turnaround. Please inquire directly for precise shipping schedules based on current stock availability.

Q: Where is this 3 inch LH Steam Rotary Joint Union commonly used?

A: This model is widely applied in industries requiring efficient steam transfer, such as chemical plants, textile mills, paper factories, and other large-scale processing units.

Q: What is the process for obtaining a sample before making a bulk purchase?

A: To request a sample, contact our team with your company details and intended application. We'll arrange shipping and provide technical support to ensure suitability, helping you make an informed decision.

Q: How does the carbon graphite seal benefit operation?

A: The carbon graphite seal ensures minimum leakage and excellent resistance to high temperature and pressure, thus enhancing operational reliability and reducing maintenance downtime.

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