568-115 FEP ENCAPSULATED VITON ORING

PTFE-Encap. Viton® O-Ring, 0.674 in ID x 0.103 CS, 90A, Black, -75 to 400°F

Status
Available
Est. Ship Date
31 Oct 2026
Material
Teflon encapsulated Viton core
Dash Size
115
Durometer
90 Shore A
Cross Section Type
Round
Color
Black
Minimum Temperature
-75°F (-59.4°C)
Maximum Temperature
400°F (204°C)
Nominal Cross Section
3/32 inch
Nominal Inside Diameter
11/16 inch
Nominal Outside Diameter
7/8 inch
Unit of Measure
EA
SKU:
TEV80115
Please login to see price and add to cart

Product Specification

-
Part number TEV80115 is an AS568-115 black PTFE-Encapsulated Viton® 90 Shore A O-Ring supplied with an inside diameter of 0.674 in (17.12 mm), a cross section of 0.103 in (2.62 mm), and an outside diameter of 0.88 in (22.35 mm). An o-ring compresses into its gland to block fluid or gas migration across a joint.

PTFE-Encapsulated Viton® is specified here for chemical inertness of PTFE with the memory of a rubber o-ring and non-stick sealing surface that resists fouling. This material stands up to aggressive oxidizers, nearly all process chemicals, and steam. Published continuous service range is -75°F (-59.4°C) to 400°F (204.4°C). It should not be specified for service in installation over sharp edges without care or service requiring tight-radius dynamic flexing.

Common environments for this compound include semiconductor equipment, food and beverage, and aggressive-media valves and pumps.

This item is sold individually under part number TEV80115. Review your operating media and conditions against this specification before installation. APG supports cross-referencing from drawings, samples and competitor numbers when a listed size is not an exact fit.
Item
TEV80115
Description
568-115 FEP ENCAPSULATED VITON ORING
Actual Cross Section
0.103 inch (2.62 mm)
Actual Inside Diameter
0.674 inch (17.12 mm)
Actual Outside Diameter
0.88 inch (22.35 mm)
FDA Compliant
No
Measurement System
Imperial
Metal Detectable
No
NSF Certified
No
Product Code
6006
Product Category
O-Rings - Bulk - Premium