PTFE Bellow Seal

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MOQ : 1 , , Piece

PTFE Bellow Seal Specification

Application
Strong corrosive fluids

Material
PTFE

Temperature
-40oC to +250oC Celsius (oC)

Pressure
1.2MPa mpa

Speed
15m/s m/s

PTFE Bellow Seal Trade Information

Minimum Order Quantity
1 , , Piece

Payment Terms
Cheque, Cash in Advance (CID), Cash Advance (CA)

Supply Ability
50 Pieces Per Day

Delivery Time
Week

Main Export Market(s)
Middle East, Africa, Asia

Main Domestic Market
All India

About PTFE Bellow Seal

PTFE Mechanical Seal

Operations Conditions:

Temperature:-40°C to +250°C
Pressure:=1.2MPa
Speed:=15m/s

Materials:

Stationary Ring: Silicon Carbide Reaction Bonded, Ceramic(Alumina),Silicon Carbide
Sintered Pressureless Rotary Ring: Antimony Impreg. Carbon Graphite, Resin Impregnated
Carbon Graphite(Furan),Silicon Carbide Reaction Bonded, Silicon Carbide Sintered
Pressureless
Secondary Seal: Pure PTFE
Spring and Metal Parts: Stainless Steel, Stainless Steel, Hastelloy C-4 Alloy

Applications:

Strong corrosive fluids

Product Details

Usage/Application	Industrial
Pressure	lt;1.2Mpa
Sealing Type	mechanical
Shape	Round
Temperature Range	-40oC to +250oC
Type	Open
Speed	&amp;lt;15m/s
Shaft Diameter	customize
Seat Type	Mechanical
I Deal In	New Only
Product No.	MAK68T/69T
Working Temperature	-40°C to +250°C
Model Name/Number	PTFE Multi Spring Seal
Color	Black and sliver
Brand	Makseals
Size	Customize
Quantity Per Pack	1
Finishing	Polished
Is It Customized	Customized
Material	Combined Material

Robust Resistance for Corrosive Environments

PTFE Bellow Seals are specifically engineered to operate in challenging environments where aggressive chemicals and extreme temperatures are present. Thanks to the unique properties of PTFE, users benefit from exceptional chemical resistance, making these seals a reliable choice for safeguarding pumps and rotating equipment handling strong corrosives.

Wide Operational Range

Designed for flexibility, these seals maintain their integrity across a wide temperature span from -40C to +250C, and tolerate high pressures up to 1.2MPa. Their capability to function at speeds of 15m/s ensures suitability for a variety of demanding industrial applications, providing dependable sealing solutions to vital processes.

FAQ's of PTFE Bellow Seal:

Q: How is a PTFE Bellow Seal installed in corrosive fluid applications?

A: PTFE Bellow Seals are typically installed on pumps or rotating equipment where direct exposure to aggressive chemicals occurs. Installation requires aligning the seal with the shaft, securing it in place, and ensuring all surfaces are clean to maintain optimal sealing and prevent leaks during operation.

Q: What are the main benefits of using a PTFE Bellow Seal in industrial settings?

A: PTFE Bellow Seals provide excellent resistance to strong corrosive fluids, endure wide temperature fluctuations, and operate effectively under pressures up to 1.2MPa and speeds of 15m/s. Their robust design reduces maintenance frequency and enhances operational safety.

Q: When should PTFE Bellow Seals be considered for process equipment?

A: Consider PTFE Bellow Seals when your application involves handling highly corrosive fluids or requires resistance to extreme temperatures. They are the optimal choice for environments where traditional seals might deteriorate or fail due to chemical attack or heat.

Q: Where can I source PTFE Bellow Seals in India?

A: PTFE Bellow Seals can be acquired directly from reputable exporters, importers, manufacturers, and suppliers across India. Many provide customized solutions and technical assistance, ensuring compatibility with your specific requirements.

Q: What is the typical process involved in manufacturing PTFE Bellow Seals?

A: Manufacturing begins with precision forming of PTFE into bellow shapes, followed by quality checks for dimensions and integrity. Metal components, if included, are assembled, and the entire unit is tested for performance under simulated pressure, speed, and temperature conditions.

Q: How does using a PTFE Bellow Seal improve process reliability?

A: These seals deliver dependable long-term performance by resisting deformation and chemical attack, reducing risk of leakage, and sustaining sealing efficiency even during thermal or mechanical stress, thereby improving the reliability of the overall process.

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