KAM Profile Gaskets

Introduction

KAM Profile Gaskets are high-performance sealing solutions designed for critical flange connections in industries
requiring reliable sealing under extreme pressure, temperature, and corrosive conditions. These gaskets feature
a serrated metal core with a soft facing material, combining the strength of metal with the conformability of
non-metallic layers.
Key Benefits of Kam Profile Gaskets
✔ High sealing performance (low leakage rates)
✔ Excellent thermal & mechanical stability
✔ Reusable (in some applications)
✔ Resistant to blowout under pressure cycling

Component Material Options Function
Metal Core SS304, SS316, Titanium Provides structural strength
Facing Material Graphite, PTFE, CNA Ensures tight seal
Inner/Outer Ring Carbon steel, SS316 Prevents over-compression
Property Value Range Test Standard
Max Temperature -200°C to 800°C ASTM F146
Max Pressure Up to 300 BAR ASME B16.20
Compressibility 10-20% EN 13555
Recovery 30-50% ASTM F36

Standards & Certifications

Nominal Size (inches) Inner Diameter (mm) Outer Diameter (mm) Thickness (mm)
2" 52 102 4.5
6" 154 216 4.5
12" 309 381 4.5

Pressure-Temperature Ratings

Flange Class PN Rating Max Pressure (BAR @ 20°C)
PN16 16 16
PN40 40 40
ASME 300# - 50
ASME 600# - 100

Color Coding & Identification

Facing Material Color Code Typical Use
Graphite Gray High-temperature steam
PTFE White Chemical resistance
CNA (Compressed Non-Asbestos) Blue General industrial
Rubber (EPDM/NBR) Black/Red Water/glycol systems

Industry Applications

Industry Gasket Type Key Requirements
Oil & Gas SS316 + Graphite High-pressure, sour gas resistance
Power Generation SS304 + PTFE Steam & thermal cycling resistance
Chemical Processing Titanium + PTFE Acid/alkali resistance
Heavy Industries Carbon steel + CNA Mechanical durability

Handling & Storage Guidelines

Storage:  
● Temperature: <40°C (to prevent degradation of facing materials)
● Humidity: <60% RH (prevents moisture absorption in graphite)
● Stacking: Store flat to avoid deformation
Installation:  
● Flange Preparation: Clean surfaces, remove old gasket residue.
● Alignment: Ensure proper centering (no overhang).
● Bolt Tightening:
● Follow ASME PCC-1 torque sequence (star pattern).
● Re-torque after 24hrs of operation.
Safety:
● PPE: Gloves (for handling graphite/PTFE), safety glasses.
● Ventilation: Required when machining PTFE.

Troubleshooting Common Issues

Issue Root Cause Solution
Leakage Incorrect facing material Upgrade to PTFE/graphite
Gasket blowout Over-compression Use thicker gasket
Chemical attack Incompatible media Switch to PTFE-lined
Bolt relaxation Thermal cycling Re-torque after 24hrs