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Parker's Stat-O-Seal® fastener seal designs feature an elastomeric sealing element molded in place within a metal retainer (washer). Stat-O-Seal fasteners are intended to seal immediately under the head of a bolt and conform NAS1523.
Stat-O-Seal fastener features and benefits include:
• No machined O-ring grooves are required in the mating flange
• Precisely controlled optimum percent squeeze eliminates over compression
• Easy assembly. The self centering design ensures accurate placement of the seal.
• The retainer edge is visible after installation allowing for easy visual inspection and reducing failures caused by missing seals
• The solid metal to metal contact improves joint stability and eliminates re-torquing
• Long reliable service and a high level of reusability
• Rubber/bolt interference provides for easy assembly
As the fastener is installed into the mating hardware, the elastomer is compressed down to the retainer thickness. The retainer provides a positive alternate load path for fastener torque and forms a protective gland area for the confinement of the seal in a controlled state. Since the elastomer seal cannot move outward, the mass of the seal is forced inward against the shank of the fastener and against the mating surfaces, creating a positive seal. This principle is known as controlled confinement sealing. The diameter of the fastener head should always exceed that of the maximum "E diameter" in order to preserve this principle. (See Related Support Documents for details)
Use the part configuration tool above to generate the custom part for your application. Click on “Where to Buy” to find a Distributor in your area, or contact us for assistance.
Contact us at the link provided to discuss customized solutions outside standard materials and size ranges shown.
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| Produits | Taille | Matériau - joints | Matériau de la retenue | Température de service minimale (F) | Température de service maximale (F) | Diamètre intérieur (po) | Option Revêtement |
|---|---|---|---|---|---|---|---|
| 600-3130-1 | -1 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.988 | Passivate Per AMS 2700 |
| 600-3130-1/2 | -0.5 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.490 | Passivate Per AMS 2700 |
| 600-3130-1/4 | -0.25 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.240 | Passivate Per AMS 2700 |
| 600-3130-1/4 O/S | -1/4 O/S | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.245 | Passivate Per AMS 2700 |
| 600-3130-10 | -10 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.180 | Passivate Per AMS 2700 |
| 600-3130-10 O/S | -10 O/S | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.186 | Passivate Per AMS 2700 |
| 600-3130-3/8 | -0.375 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.364 | Passivate Per AMS 2700 |
| 600-3130-5/16 | -0.3125 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.301 | Passivate Per AMS 2700 |
| 600-3130-6 | -6 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.130 | Passivate Per AMS 2700 |
| 600-3130-7/16 | -0.4375 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.427 | Passivate Per AMS 2700 |
| 600-3130-8 | -8 | VM720-75 Fluorocarbon | 302/304 Stainless Steel, SAE AMS 5513 | -20 | 400 | 0.156 | Passivate Per AMS 2700 |
