Customization Options for Your Crush Proof Plastic Hose Assembly

Customization Options for Your Crush Proof Plastic Hose Assembly


In the commercial and industrial vacuum system world, the quality and customization of the hose assembly play a pivotal role in overall performance and efficiency. At James J. Scott, LLC, we understand this, and that’s why we offer bespoke solutions for crush proof plastic hose assemblies, designed to meet diverse and specific needs of our clients.

Understanding Crush Proof Plastic Hoses

Durability and Flexibility

Our crush proof vacuum hoses are designed for resilience and flexibility. Crafted with top-grade materials, these hoses maintain structural integrity even in the most demanding conditions. Ideal for commercial and industrial applications, they are resistant to abrasions and can withstand harsh environments.

The Flexaust Genesis® STM® Hose Edge

We utilize Flexaust Genesis® STM® hoses, known for their smooth interior and robust exterior. This combination ensures optimal airflow and prevents clogs, enhancing the efficiency of your vacuum systems. The STM® technology makes these hoses highly flexible, yet strong enough to resist crushing and kinking.

Customization Options

Tailoring to Specific Needs

At James J. Scott, LLC, customization is at the core of our service. We understand that each industrial and commercial setting has unique requirements. Whether you need a specific length, diameter, or fitting type, we tailor our hose assemblies to fit your specific needs.

Length and Diameter Customization

Choose the perfect length and diameter for your application. Our customization options ensure that your hose assembly fits perfectly into your existing system, maximizing efficiency and reducing the need for unnecessary adapters.

Fitting and Cuff Options

We offer a variety of cuff options for our crush proof hoses. Our hoses are compatible with a range of fittings, ensuring seamless integration with your current equipment. This adaptability is crucial for maintaining an efficient workflow and reducing downtime due to incompatibility issues.

Competing with the Best

Equivalent to Leading Brands

Our hose assemblies are not just alternatives; they are equivalents to leading brands in the industry. We offer hoses that compete with OEM Gardner Denver®, Hoffman®, and Lamson® models. Our products match the quality and performance of these renowned brands, providing a cost-effective yet high-quality alternative.

Specific Part Numbers

Our hose assemblies are equivalent to the following Gardner Denver®, Hoffman®, and Lamson® part numbers:

  • AFW7115100
  • AFW7115150
  • AFW7115250
  • AFW7115500

These references ensure that you can find a direct replacement for your existing equipment, maintaining or even enhancing the performance of your vacuum systems.

The James J. Scott, LLC Advantage

Quality Assurance

Quality is not just a buzzword for us; it's a commitment. Our hose assemblies undergo stringent quality checks to ensure they meet the high standards expected in commercial and industrial settings.

Customer-Centric Approach

We believe in building relationships with our clients. Our team is ready to discuss your specific needs and provide solutions that align with your objectives. We offer expert advice to help you choose the best hose assembly for your application.

After-Sales Support

Our relationship with clients doesn’t end with a purchase. We provide comprehensive after-sales support to ensure your satisfaction and to address any concerns you may have post-purchase.


Customization and quality are key in selecting the right hose assembly for your commercial or industrial vacuum system. At James J. Scott, LLC, we offer crush proof plastic hose assemblies tailored to your specific needs, providing a reliable, efficient, and cost-effective solution. With our commitment to quality and customer satisfaction, we are confident that we can meet and exceed your expectations.

Visit our website at to learn more about our products and how we can assist you in optimizing your vacuum system.

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