ACMR17765 Large Acrylic Mirror (4” x 6”) 8.5” to 37-1/2” Long Telescoping
Mirrors that won't shatter on impact
Features
- 180 degree swivel
- Flexible models have 360 degree rotation
Industries
This product is often used in the following industries
- Construction
- Utility
- Telecoms
- General Industry
- Nuclear
- Renewables
From The ESS Team
Expand Your Inspection Horizons with the Large Telescoping Acrylic Mirror
Inspecting tight spaces, hard-to-reach areas, and complex machinery often requires a helping hand – or, in this case, a versatile inspection tool. The Large Acrylic Mirror (4” x 6”) 8.5” to 37.5” Long Telescoping from Energy Safety Supply offers a practical solution for gaining a clear view into those tricky spots.
Why Choose the Large Telescoping Acrylic Mirror?
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Enhanced Visibility in Confined Spaces: The telescoping handle allows you to extend the mirror from a compact 8.5 inches to a remarkable 37.5 inches. This extended reach lets you see into tight spaces, behind equipment, or around corners, revealing areas that might be inaccessible for direct observation.
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Exceptional Field of View: The large 4” x 6” acrylic mirror surface provides a clear and ample viewing area. This allows you to efficiently scan a wider area within the confined space or behind equipment, minimizing the need for multiple adjustments or repositioning of the mirror.
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Lightweight and Portable Design: The mirror is crafted from lightweight acrylic, making it easy to carry and maneuver during inspections. This portability ensures you can take it wherever your job requires, without adding unnecessary weight to your inspection toolkit.
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Shatter-Resistant Safety: Unlike traditional glass mirrors, the acrylic construction offers superior shatter resistance. This minimizes the risk of broken glass and potential injuries in case of accidental drops or bumps during inspections.
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Cost-Effective Inspection Solution: Investing in this affordable telescoping mirror provides a valuable and long-lasting tool for your inspection needs. It eliminates the need for expensive specialized equipment or relying on less effective methods for viewing confined spaces.