-393 RED SILICONE 70D FDA O-RING

Silicone O-Ring, 23.94 in ID x 0.21 CS, 70A, Red, FDA, -80 to 450°F

Status
Out of Stock
Est. Ship Date
15 Mar 2027
Material
Silicone
Dash Size
393
Durometer
70 Shore D
Cross Section Type
Round
Color
Red
Minimum Temperature
-80°F (-62.2°C)
Maximum Temperature
450°F (232°C)
Nominal Cross Section
3/16 inch
Nominal Inside Diameter
24 inch
Nominal Outside Diameter
24 3/8 inch
Unit of Measure
EA
SKU:
S70FDA393

Product Specification

-
The S70FDA393 is an AS568-393 red Silicone 70 Shore A O-Ring built to an inside diameter of 23.94 in (608.08 mm), a cross section of 0.21 in (5.33 mm), and an outside diameter of 24.36 in (618.74 mm). This o-ring delivers dependable bidirectional sealing in a compact groove envelope.

Silicone is specified here for exceptionally wide service temperature range and excellent electrical insulating properties. This material stands up to ozone and UV exposure, weathering, and dry heat. Service temperature is rated from -80°F (-62.2°C) through 450°F (232.2°C). Applications involving abrasive dynamic service or steam above its rated range call for a different compound.

This o-ring meets FDA requirements for food contact under 21 CFR 177.2600. Common environments for this compound include medical devices, sanitary process lines, and pharmaceutical manufacturing.

This item is sold individually under part number S70FDA393. Unit weight is approximately 60.99 g and nominal inside diameter is listed as 24 inch. Application requirements vary, so validate compatibility with your process conditions prior to installation. APG can cross-reference from an existing part number, a drawing or a physical sample if this size is not an exact match.
Item
S70FDA393
Description
-393 RED SILICONE 70D FDA O-RING
Actual Cross Section
0.21 inch (5.33 mm)
Actual Inside Diameter
23.94 inch (608.08 mm)
Actual Outside Diameter
24.36 inch (618.74 mm)
FDA Compliant
Yes
Measurement System
Imperial
Metal Detectable
No
NSF Certified
No
Product Code
6012
Product Category
O-Rings - FDA / Metal Detectable