Fabric Safety Cover for Machine Guarding

From: $538.00

These fabric safety covers are made of coated aramid (Kevlar™) fabric, which is suitable for machine guarding. They are also used to cover rotating shafts, and they are heat—and cut-resistant.

Use these as replacement fabric for https://www.ferndalesafety.com/shop/lathe-lead-screw-covers/


You can use these fabric safety covers when solid physical guarding is impossible or difficult to implement.

Replacement for Lead Screw Covers (Model AR)

These are replacement fabric shade rollers for our model AR – Lathe Lead Screw Covers. For replacements of the roller blind fabric, match the last eight characters of its part number to the previous eight characters in the chart below.

Example: An AR-2000H200 safety guard will have a PX-ARAMIDE-2000H200 replacement roller blind fabric.


  • Para-Aramid / Polyurethane
  • High-performance fabric that can withstand hot metal shavings, welding sparks, & an abrasive environment.
  • Resistant to tears, abrasion, and perforation.
  • Flame retardant coating (NF G 07 184/1 CLASS B)
  • Good resistance to greases and cutting oils.


THICKNESS: 35 +/-0.03 (ISO 2286), COLOR: BLACK

Additional information

Weight N/A
Dimensions N/A

1000mm x 150, 1500mm x 150, 1500mm x 200, 2000mm x 200, 3000mm x 250, 4000mm x 250, 4000mm x 300, 5000mm x 250, 5000mm x 300, 6000mm x 350, 7000mm x 300


Ferndale Safety


Ferndale Safety

Has interlock switch

No (No Interlock)

Product color


Disclaimer: By purchasing Our Products, you agree not to use them for "hot work" (e.g., grinding, welding, soldering, cutting) due to fire risk. Misuse is forbidden, and following all safety guidelines is required. Non-compliance means you accept full responsibility for any resulting harm or damage. For your safety and the effectiveness of Our machine guarding, remain within the "Safe Work Zone" directly in front of the guarding. Standing to the side increases injury risk and breaches our usage policy. Adhering to this rule ensures your safety and the Products optimal performance. For detailed safety and operational guidelines, please see our Terms and Conditions. (click here)

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