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Industrial Silicone O-Ring - 8.907" ID x 0.576" OD

Expert Overview

Engineered for superior sealing in harsh environments, this industrial O-ring boasts a durable Carbon Steel construction. Its precise dimensions ensure a reliable, leak-proof fit, making it ideal for critical applications.

StandardASME B18
MaterialCarbon Steel
FinishAnodized
GradeN/A
Inside Diameter8.907"
Outside Diameter0.576"
Cross Section0.145"

Detailed Engineering Specifications

Trusted by engineers across multiple sectors, this industrial O-ring is meticulously crafted from high-grade Carbon Steel, offering exceptional strength and corrosion resistance. With an Inside Diameter of 8.907", an Outside Diameter of 0.576", and a Cross Section of 0.145", it provides a robust seal for demanding fluid and gas containment systems. The material's inherent stability at extreme temperatures and resistance to various chemicals make it a preferred choice for applications in petrochemical processing, automotive manufacturing, and heavy machinery.

🧊 Download 3D CAD Model (.STEP)

Verified Global OEM Partners

This component strictly adheres to the tolerances, material specifications, and quality benchmarks set by the world's leading industrial manufacturers.

TrelleborgEst. 1905
Sweden🇸🇪
"Engineered polymer solutions."
Market Rank
🏆 #1 Engineered Polymers
Industry Approvals
🚀 Aerospace & Subsea Approved
Warranty & Support
🛡️ High-Performance Guarantee
Green Manufacturing
🌱 Blue Dimension ESG
Certified:ISO 9001, ISO 14001
GarlockEst. 1887
USA🇺🇸
"High-performance fluid sealing."
Market Rank
🏆 Premium Fluid Sealing Leader
Industry Approvals
🚀 Nuclear & Pharma Approved
Warranty & Support
🛡️ Zero-Leak Guarantee
Green Manufacturing
🌱 Sustainable Materials
Certified:ISO 9001, FDA, NSF
FreudenbergEst. 1849
Germany🇩🇪
"Global sealing technologies."
Market Rank
🏆 Top Global Sealing Tech
Industry Approvals
🚀 Audi & Mercedes OEM
Warranty & Support
🛡️ Global Engineering Support
Green Manufacturing
🌱 Climate Neutral 2045
Certified:IATF 16949, ISO 14001

Certifications & Compliance

RoHS Compliant:Yes
REACH Compliant:Yes
Material Traceability:Available on Request
DFARS Compliant:Yes

Installation Procedure

1. Ensure the mating groove is clean, free of debris, and properly lubricated with a compatible lubricant. 2. Carefully stretch the O-ring over the shaft or into the groove, avoiding excessive force or pinching. 3. Ensure the O-ring is seated uniformly within the groove, achieving a complete and even compression.

Equivalent Standards (Cross-Reference)

Standard SystemDesignation
ISO EquivalentISO 9001:2015 Mfg
DIN EquivalentIndustry Standard
Primary StandardASME B18

Mechanical Properties

Tensile StrengthStandard Commercial Spec
Yield StrengthStandard Commercial Spec
HardnessVaries by specific batch

Chemical Composition

Carbon (C)0.28 - 0.55%
Manganese (Mn)0.60 - 0.90%
Phosphorus (P)0.04% max
Sulfur (S)0.05% max

Temperature & Environment Rating

Min Operating Temp
-20°F (-29°C)
Max Continuous Temp
400°F (204°C)
Thermal Expansion
Typical for Material Class

Weight Reference Table

Size / TypeEst. Weight (lbs/100)Shipping Weight (kg)
StandardVaries by dimensionContact Sales

Corrosion Resistance Guide

EnvironmentRating
Indoor / DryExcellent
Outdoor / ExposedModerate
Marine / SaltwaterNot Recommended
Chemical / AcidicNot Recommended

Common Mistakes & How to Avoid Them

❌ Mistake✅ Correct Approach
Installing a dry O-ring, leading to increased friction and potential damage during installation.Always lubricate the O-ring and the groove with a compatible lubricant to facilitate installation and prevent tearing.
Using excessive force or tools that can nick or cut the O-ring during installation.Install the O-ring by hand or with appropriate non-marring tools, ensuring it seats smoothly without stretching or twisting.

Common Applications

  • High-pressure hydraulic systems
  • Chemical processing equipment
  • Automotive engine seals

⚠️ Engineering Warnings

  • Verify material compatibility with the specific media and operating temperature range.
  • Do not use abrasive cleaners or solvents that can degrade the Carbon Steel material.

Alternative Products to Consider

Premium Sealing equivalentHigher corrosion resistance (316 SS)
Economy Sealing optionLower cost for non-critical indoor applications

Frequently Asked Questions

Q: What is the Industrial O-Ring, Silicone made from?

A: This Industrial O-Ring, Silicone is manufactured from Carbon Steel.

Q: What are the main applications?

A: High-pressure hydraulic systems, Chemical processing equipment, Automotive engine seals.

Technical Schematic

O-RING SEAL DIAGRAMAS568 Standard ConfigurationID = 8.907"CS = 0.145"SPECIFICATIONSSize: -214

Torque Specifications

⚡ UNIT CONVERTER

Conversion factor: 1 ft-lb ≈ 1.356 Nm

Verified Compatibility

StatusMating ComponentStandardTorque SpecEngineering Notes
No verified compatibility data found for this component.