Most consumers think that 5X magnification is ideal.
Consumers with poor eyesight often ask for greater than 5X. We offer up to 10X.
Often as low as 3X is acceptable.
How Does a Mirror Magnify?
The curvature of the mirror lens determines the magnification level.
The more the curvature, the higher the magnification
As the curvature and diameter of the lens increases, distortion can increase as well. Generally speaking, most larger size mirrors have less magnification than smaller mirrors.
Our square and rectangular shaped mirrors are 3X magnification to reduce the chance of distortion.
What is Used to Produce These Mirrors and Finishes?
Most “stamped” mirror parts are steel and brass is used in certain applications.
The base metal is first dipped in a pre-plating nickel solution.
Finishes are then applied and a lacquer coating is applied if appropriate.
Metal mirrors are available in chrome, brushed nickel, bronze, Diablo bronze, polished nickel and gold. Specialty finishes are available given specific minimum order quantities and extended lead times.
What are the Differences Between Lighted Mirrors?
Incandescent lighting – 25 watt bulbs. This is the most traditional and least expensive lighting option. It is also warmer to the touch and uses more energy.
Flourescent lighting – 20 watt bulbs produce 75 watts of illumination. These mirrors are brighter and cooler to touch but also heavier due to the transformer and supporting design. They use less energy than an incandescent bulb.
LED lighting – Diodes produce bright white light that is also very Earth friendly. They use a fraction of the energy consumed by both incandescent or fluorescent lighting options. The diodes operate an average of 50,000 hours so they are essentially maintenance free and they generate virtually no heat.
