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iPhone 15 Pro Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 15 Pro UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 15 UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 15 Plus UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 14 Plus UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 14 UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 14 Pro UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 14 Pro Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 13 Pro Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 13 Pro UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 13 UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 13 Mini UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 12 Pro Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 12 Pro UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 12 UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 12 Mini UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 11 Pro Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 11 Pro UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone 11 UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone XR UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

iPhone XS Max UV Tempered Glass

Highlights:

1. Edge to edge coverage
2. Oleo phobic coating
3. High transparency
4. Surface hardness : 9H
5. Dot matrix technology used.
6. Thickness : 0.33mm
7. Touch sensitive
8. A.S.F : Antishattered film
9. Prevent scratches
10. Nanoscale optical adhesive

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