Western Rubbers

Why USA-Based Manufacturing Companies Choose to Work With Us?

  • In-house compounding and manufacturing of reinforced inflatable seals and custom silicone inflatable seals, tailored to unique application needs and optimized for material performance.
  • 50+ years of experience as an inflatable seals manufacturer in the sealing solutions industry.
  • Consistent On-Time Delivery (OTD) rate of 85%, ensuring seamless operations for our clients.
  • Delivered inflatable gaskets and sealing solutions to 1,300+ customers across industries.
  • Helped our customers generate a collective revenue of $1.5 billion through reliable and high-quality solutions.

Inflatable Seals Manufactured by Us

inflatable seals
inflatable seals
inflatable seals
inflatable seals
inflatable seals
inflatable seals
inflatable seals

Explore Our Resources

Inflatable Seals Brochure
Product Catalogue

Case Studies
Real results with inflatable seals across automotive, space, semiconductor, carbon capture, pharma, and vacuum systems.

Our USA Presence

15%
Indiana
20%
California
8%
Massachusetts
12%
Ohio
10%
Maryland
35%
Others

Customers That Trust Us

Cardinal Health
Join Companies that Trust Our Expertise

Applications

Inflatable rubber seals for Robotic Automation Systems

Inflatable seals for gas-tight doors in hazardous applications

Pharmaceutical Equipment with silicone inflatable seals

Low Smoke inflatable gaskets for Trains

Inflatable seals for airtight clean room doors

Reinforced inflatable seal solutions for Butterfly Valves

Materials That Are Suitable for Inflatable Seals

Material Temperature Range Strengths Limitations
EPDM -50°C to 150°C Excellent aging, ozone, weather resistance; Flexible at low temperatures Poor resistance to petroleum oils, acids, and bases
Neoprene -40°C to 125°C Good weather and ozone resistance; Moderate oil resistance; Flame resistant Not suitable for strong acids, esters, or gasoline
NBR -40°C to 120°C High resistance to oils and fuels; Good abrasion resistance Poor resistance to ozone, sunlight, and weathering
HNBR -40°C to 165°C Exceptional oil/fuel resistance; Superior mechanical properties Higher cost; Limited resistance to strong acids and bases
Natural Rubber (NR) -50°C to 80°C High resilience, flexibility; Good adhesion to metals Poor resistance to oils, ozone, weathering; Limited temperature stability
Silicone (MVQ) -60°C to 230°C Excellent temperature resistance; Good weather and UV resistance Poor resistance to oils, acids; Lower tensile strength
Fluorosilicone (FVMQ) -60°C to 200°C Excellent resistance to oils and solvents; Wide temperature range Higher cost; Lower mechanical properties than silicone
FKM (Viton) -20°C to 200°C Superior chemical resistance; Excellent high-temp stability Poor low-temperature performance; Higher cost

Serving Unique Needs of Global Industries

Aerospace & Defence Industry

Food & Beverage Industry

Pharmaceutical & Biotechnology

Electronics & Semiconductors

Medical Devices & Healthcare

Energy & Power Industry

Cleanroom & Laboratories

Automotive & Transporation

Construction & Infrastructure

Frequently Asked Questions

What is the ideal pressure required for operating inflatable seals?

Typically, 1-3 Bar pressure is sufficient for most inflatable seal sections. For applications requiring higher pressures, seals need to be specially designed. Western Rubbers has developed seals capable of withstanding pressures up to 30 Bar.

Do I need a fabric-reinforced seal?

For nominal pressure applications, non-reinforced seals are usually adequate and cost-effective. However, for pressure requirements exceeding 7-8 Bar, fabric-reinforced inflatable seals are recommended to ensure longer life and effective functionality.

What is the maximum temperature inflatable seals can withstand?

Inflatable seals can be manufactured to withstand temperatures up to 250°C (480°F).

What types of fabric reinforcement are available for inflatable seals?

Available fabric reinforcements include Kevlar, Nylon, Nomex, Polypropylene, and Dacron.

Does my inflatable seal require continuous air supply?

Inflatable seals can be designed for either continuous air supply or to function with a one-time fill, similar to a tire tube.

What should be the ideal inflation gap?

For optimal seal longevity, the inflation gap between the striking surface of the seal and the mating surface should be between 5-8 mm.

What is the maximum pressure inflatable seals can withstand?

Western Rubbers manufactures seals capable of withstanding pressures up to 30 Bar.

Do you provide design, development, and deployment services?

Yes, Western Rubbers offers comprehensive services, including design, development, and deployment, tailored to meet specific customer requirements.

Let’s get moving.

Our experts are ready to provide custom solutions tailored to your project’s needs. Complete the form to start the conversation.

Western Polymer Group INC.
3524, Silverside Road, Suite 35B, Wilmington,
Delaware 19810-4929.

© 2025 Western Rubbers. All Rights Reserved.