NON-WOVEN FIBER WEB MACHINES FOR AUTOMOTIVE APPLICATIONS

Automotive
[click to enlarge]
Automotive

Rando Machine designs random air laid non-woven manufacturing systems for the automotive industry. They produce individualized fibers with tensile strength that is uniform in both length and width. This is unlike much of our competition, where strength in one direction tends to be higher than the other.

These advanced fiber web systems create fibers that are ideal for automotive applications such as air bags, headliners, sun shades, acoustical pads, door panels, and various engine parts. The versatility that is engineered into every system allows for the production of non-woven fiber webs from many materials, including cotton, cotton shoddy, synthetic shoddy, recycled fiber, reclaimed material, carbon, and fiberglass. The fiber webs produced are rated up to 40 lbs per inch in width dependent on fiber used in fabrication, with fiber webs weighing in the range of 25 g/m2 - 2500 g/m2.

Our state-of-the-art machines range from fiber preparation toweb formation equipment. In addition we can also provide design, engineering, technical support to our valued customers.

To learn more about Rando Machine’s non-woven random fiber for automotive applications, please contact us directly.

Request a Quote

Random Air Laid Automotive Fiber Web Equipment Capabilities

Air Laid Fiber Automotive Applications
Air Bags
Headliners
Sun Shades
Acoustical Pads
Door Panels
Engine Parts
Fiber Materials
Cotton Shoddy
Synthetic Shoddy
Cotton
Recycled Fiber
Reclaimed Material
Fiberglass
Carbon
High Poundage
Fiber Dependent
Up to 40 lb./in (width)/HR

Web Weight
25 g/m2 - 2500 g/m2

Typical Equipment
Feeders
Webbers
Openers
Volumetric Reserve
Blend Line Conveyor
Weigh Conveyor / Pan
Edge Trim Slitter
Air Separators
Additional Processes Available
Dust Collection Systems
Ovens
Water Entanglement
Bonding Resins
Needle Punching
Spray Bonding
Support Service
Design
Engineering
Field Technical Support
Web Formation Pilot Line
Printable PagePrintable Page Email This PageEmail This Page