Industry Standard Metal Graphite Gasket | General industrial machinery, moderate boilers | - Temperature: 600°C (ASTM E136) - Pressure: 200 psi (ASME PCC-1) - Chemical Resistance: 30+ exposures (ASTM D543) | Cost-effective, widely compatible with standard equipment | Limited to lower temps/pressures; marginal chemical resistance for harsh environments |
Our Base Metal Graphite Gasket | High-temperature boilers (e.g., 700°C) | - Temperature: 700°C (▲1) - Pressure: 250 psi (▲1) - Chemical Resistance: 50+ exposures (ASTM D543) | Optimized for boilers; 1.5x longer lifespan vs. industry standard | Higher cost than industry standard; not suitable for extreme aerospace applications |
Our Advanced Metal Graphite Gasket | Extreme environments (e.g., aerospace, high-pressure steam) | - Temperature: 800°C (▲▲) - Pressure: 400 psi (▲▲) - Chemical Resistance: 100+ exposures (ASTM D543) - Ceramic-coated surface (ISO 10303) | Withstands extreme conditions; 3x durability in corrosive environments | Premium pricing; heavier than Teflon alternatives |
Teflon Gasket | Chemical processing, low-temperature systems | - Temperature: 200°C (ASTM D624) - Chemical Resistance: Resists acids/alkalis (ASTM F739) - Lightweight (ISO 3801: 200 GSM) | Excellent chemical resistance; easy to install | Fails at high temps/pressures; limited in industrial boilers |
Rubber Gasket | Low-pressure piping, HVAC systems | - Temperature: 150°C (ASTM D2000) - Flexibility: ±20% compression (ISO 37) | Affordable, flexible for uneven surfaces | Degraded by oils/chemicals; unsuitable for high temps/pressures |
Ceramic Fiber Gasket | High-temperature furnaces (e.g., 1200°C) | - Temperature: 1200°C (▲▲▲) - Lightweight (ISO 3801: 150 GSM) - Thermal shock resistance (ASTM C697) | Unmatched heat resistance for furnaces | Brittle; requires precise installation; 2x cost of metal graphite |