Ball Float Steam Trap In Punjab

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Ball Float Steam Trap In Punjab Specification

Valve Type
Float Operated

Features
Continuous discharge, High thermal efficiency, Long life, Low maintenance

Control System
Float and lever mechanism

Connection Type
Flanged / Screwed ends

Valve Size
15mm, 20mm, 25mm, 32mm, 40mm, 50mm

Material
Cast Iron/Carbon Steel (Body), Stainless Steel (Internal parts)

Structure
Ball Float

Sealing
Metal-to-metal/Gasket sealed

Application
Steam pipeline, Industrial steam systems, Process plants

Type
Mechanical Steam Trap

Power
Not applicable (mechanical operation)

Pressure
Up to 16 bar (g)

Media
Steam, Condensate, Air

Port Size
15mm to 50mm (1/2 to 2)

Temperature
Up to 220C

Disc
Stainless Steel

Max discharge capacity
Up to 9000 kg/hr (depending on size/model)

Body finish
Anti-corrosive paint finish

Minimum operating differential pressure
0.01 bar

Installation orientation
Horizontal position

Tested for leak tightness
Yes (hydrostatic and steam test)

Replaceable internals
Yes

About Ball Float Steam Trap In Punjab

Discover the best-seller Ball Float Steam Trap in Punjab, crafted for world-class performance in demanding industrial environments. This polished steam trap features a fresh, anti-corrosive body finish and a sensational discharge capacity of up to 9000 kg/hr. Designed for top reliability, it operates effortlessly at pressures up to 16 bar (g) and temperatures to 220C. Enjoy hassle-free installation with its horizontal orientation and replaceable internals. With stainless steel internals and metal-to-metal/gasket sealing, this unit promises high efficiency, durability, and low maintenance for all your steam pipeline and process plant needs.

Superior Use Type and Application Media

The Ball Float Steam Trap in Punjab is a mechanical type designed for continuous, efficient discharge of steam, condensate, and air. Operating without external power, it excels in demanding industrial applications such as steam pipelines, process plants, and steam systems. Its advantage lies in high thermal efficiency, long service life, and reduced maintenance, making it a top choice for reliable media control.

Sample Availability and Export Market Reach

Samples of our Ball Float Steam Trap in Punjab can be charged upon request, ensuring product suitability before purchase. Ask for a quotation tailored to your requirements. We cater to main export markets worldwide with swift supply ability and express shipping options. As a leading exporter, manufacturer, and supplier in India, we ensure prompt delivery and support for all your steam system needs.

FAQs of Ball Float Steam Trap In Punjab:

Q: How does the Ball Float Steam Trap operate without an external power source?

A: The Ball Float Steam Trap functions on a mechanical float and lever mechanism, making use of steam and condensate pressure differences, so it requires no external power such as electricity.

Q: What benefits does the anti-corrosive body finish offer for industrial use?

A: The anti-corrosive paint finish extends the lifespan of the steam trap by protecting it against harsh steam, moisture, and environmental conditions typically found in industrial settings.

Q: Where can this steam trap be installed within the system?

A: It is specifically engineered to be installed in a horizontal orientation within steam pipelines, industrial steam systems, and process plants for optimal performance.

Q: When should the internal parts of this steam trap be replaced?

A: Replaceable internals can be serviced during routine maintenance or when there is a decline in performance, ensuring the trap maintains its efficiency over time.

Q: What process is used to ensure leak tightness in this steam trap?

A: Each Ball Float Steam Trap undergoes both hydrostatic and steam leak tightness testing to confirm reliability and to ensure no leaks under operational conditions.

Q: How does continuous discharge improve steam system efficiency?

A: Continuous discharge prevents condensate build-up and ensures steady system operation, thereby maximizing thermal efficiency and reducing energy losses for the user.

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