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Industrial Rubber O rings

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MOQ : 1000 Pairs

Industrial Rubber O rings Specification

Length
Continuous ring, not measured in linear length

Part Type
Sealing O Ring

Tensile Strength
10-20 MPa (depending on rubber type)

Width
Varies by size specification, typically 2 mm to 10 mm

Hardness
Shore A 40-90

Temperature Resistance
-40C to +230C (depends on rubber type)

Style
Round cross-section

Rubber Type
NBR, EPDM, Silicone, FKM, Neoprene, Natural Rubber, others

Tolerance
ISO 3302-1 Class M2 (Typical 0.2 mm for small sizes)

Resistance level
Oil, water, heat, and chemical resistant (based on material selected)

Size
Standard and custom sizes available (ID x OD x CS); Inner Diameter (ID) from 3 mm to 250 mm or more

Water Absorption
< 1% (low)

Ash %
< 1%

Diameter
ID from 3 mm to 250 mm or more, as per standard sizes

Usage & Applications
Sealing, gasket and insulation in industrial machinery, automotive, plumbing, and various process applications

Components
Single molded ring

Volatile Matter (%)
Negligible (<2%)

Compression Ratio
Typically 20%-30% (recommended for sealing)

Color
Black (other colors available on request)

Thickness
Corresponds to cross-section, normally 1.5 mm to 10 mm

Thermal Conductivity
Low (~0.2 W/mK, specific to rubber type)

Flame Resistance Level
Optional (special grades available)

Surface Finish
Smooth, precision finished

Natural Rubber
Available in natural and synthetic rubber grades

Density
1.7 Gram per cubic centimeter(g/cm3)

Product Type
Industrial Rubber O Rings

Weight
Depends on dimensions and material

Material
Nitrile (NBR), Silicone, EPDM, FKM (Viton), Neoprene, Natural Rubber, others

Feature
High elasticity, excellent sealing, chemical and abrasion resistance

Minimum Order Quantity
As per supplier policy

Packing Type
Polybag/Boxed as required

Elongation at Break
200% 500% depending on rubber type

Chemical Compatibility
Compatible with many hydraulic fluids, fuels, acids, and bases as per choice of rubber

UV Resistance
Good for EPDM, Silicone, and FKM

Standards
ASTM D2000, ISO 3601

Shape Retention
Excellent roundness for precision sealing

Aging Resistance
High for most synthetic rubbers

Installation Method
Manual press fit or automated assembly

Durometer Range
40 to 90 Shore A

Ozone Resistance
Excellent for EPDM, Silicone, and FKM

Industrial Rubber O rings Trade Information

Minimum Order Quantity
1000 Pairs

Main Domestic Market
South India, Karnataka

About Industrial Rubber O rings

Experience transcendent performance with our Industrial Rubber O Rings, meticulously crafted for exceptional sealing in demanding environments. Featuring a phenomenal durometer range from 40 to 90 Shore A and sensational elongation at break rates between 200%500% (rubber dependent), these highly recommended O rings comply with ASTM D2000 and ISO 3601 standards. Instantly checkout with advance purchase to enjoy first-string ozone, chemical, and UV resistance propertiesideal for hydraulic fluids, acids, and fuels. Benefit from excellent roundness, precise shape retention, and superior aging resistance. Available in all standard and custom sizes, these O rings guarantee reliable insulation, sealing, and gasket performance across industrial, automotive, and plumbing applications.

Wide Range of Applications and Exceptional Suitability

Industrial Rubber O rings are suitable for sealing, gasket, and insulation uses. Designed for heavy-duty machinery, automotive systems, process equipment, and plumbing, they deliver robust performance in pressure or chemical environments. Their high elasticity, abrasion, and chemical resistance make them the preferred choice for diverse usage typeswhether manual press fit or automated assembly. O rings excel in challenging areas such as hydraulic, fuel, water, and acid lines, ensuring durability and optimal functioning wherever applied.

Sample Dispatch, Port Connectivity, and Supply Logistics

Sample policy ensures swift dispatch for evaluation prior to bulk orders. FOB port options are available across Indias major terminals, facilitating convenient transportation and rapid arrival at your facility. With a reliable supply ability tailored to customer demands, these O rings are transported securely in polybags or boxed packing. Manufacturers maintain steady stock and expedite order processing, ensuring consistent, timely arrival of your products wherever your industrial operations are based.

FAQs of Industrial Rubber O rings:

Q: How do Industrial Rubber O rings provide reliable sealing in machinery and process equipment?

A: These O rings offer high elasticity, precise roundness, and chemical resistance, ensuring tight, leak-free seals under varying pressure, temperature, and fluid conditions commonly encountered in industrial machinery and process equipment.

Q: What range of sizes and materials are available for these O rings?

A: Standard sizes cover inner diameters from 3 mm to 250 mm or more, with custom sizing available. Material choices include NBR, EPDM, Silicone, FKM, Neoprene, Natural Rubber, and others, tailored for diverse applications and resistance needs.

Q: When can samples be dispatched for testing before finalizing a bulk order?

A: Samples are typically dispatched promptly upon request, allowing timely arrival for evaluation and testing before any advance purchase or large-volume procurement.

Q: Where are the O rings manufactured and which ports are available for FOB shipment?

A: The O rings are manufactured by trusted exporters and suppliers in India, with shipment facilitated through major Indian FOB ports, ensuring efficient global transportation.

Q: What is the process for installation and what methods are recommended?

A: O rings can be installed either by manual press fitting or through automated assembly depending on scale and application. Proper compression ratio (20%-30%) is recommended for optimal sealing performance.

Q: How does choosing the right rubber type benefit specific industrial applications?

A: Selecting the appropriate rubber type optimizes chemical, ozone, UV, and temperature resistance, enhancing durability, safety, and performance for specific fluids or environmental exposures encountered in targeted applications.

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