Semi Finished Single Vision Clear UV 400 1.499 HC Ø70mm. Brand: Majestic
Cod. 11100013013
Semi Finished Clear Lens with UV 400 Filter
$3.70
Semi Finished Single Vision Clear UV 400 1.499 HC Ø70 Majestic
Cod. 11100013013
SKU: 11100013013
Categories: Semi Finished Lenses, Single Vision
Description
Additional information
| BASE | 0.00, 2.00, 4.00, 6.00, 8.00 |
|---|
Reviews (0)
Be the first to review “Semi Finished Clear Lens with UV 400 Filter” Cancel reply
You must be logged in to post a review.
Shipping & Delivery
Usually ships within 24 hours
Related products
Semi Finished Bifocal Flat Top Clear Poly Lens
$3.85
Japanese original raw materials are used to produce this product. It's an advanced, light-weight material, high impact resistant and in-mass UV filtering properties.
Semi Finished Single Vision Blue Filter High Impact Clear Lens
$14.30
Excellent optical material with high refractive index, high abbe number, low specific gravity and high impact resistance are traits of Smart Tx
Semifinished Single Vision Clear 1.499 Uncoated Ø65mm MAJESTIC
$2.38
Semifinished Single Vision Clear 1.499 Uncoated Ø65mm MAJESTIC Code. 1110000002
Semi Finished Progressive Photo Grey 1.56 Uncoated Ø72 Regular Majestic
$6.09
Semifinished Progressive Photo 1.56 Regular Ø70mm MAJESTIC
Cod. 1134101204
Semi Finished SV Ultra High Index Lens 1.74
$48.50
The global standard refractive index 1.67 lens material.
Great material for thinner lenses with strong impact resistance.
Semi Finished Single Vision Photo Lens Grey
$11.00
Majestic Photochromic Lenses provide outstanding, reliable light-sensitive performance with greater stability due to their millions of photochromatic molecules embedded in the mass
Semi Finished Single Vision Clear CR Lens 75mm
$3.92
The best option for optical labs looking for a low cost solution. As in all Majestic products, each lens delivers the exact base curve for super-safety and precise lab works.
Semi Finished Flat Top Photo Lens Grey
$6.50
Majestic Photochromic Lenses provide outstanding, reliable light-sensitive performance with greater stability due to their millions of photochromatic molecules embedded in the mass

Reviews
There are no reviews yet.