What are porcelain veneers, and who are they for?
A porcelain veneer is a thin layer of ceramic, adhesively bonded to the front surface of a tooth, used to correct aesthetic and functional defects.
The veneer mimics the natural look of a tooth, including its translucency and shine. It is particularly suited to patients with discolored teeth, deep stains that do not respond to teeth whitening, mildly crooked teeth, a gap between teeth or protruding teeth. In practice, the treatment is not for everyone: teeth grinding, or bruxism, is a significant risk factor that should be diagnosed beforehand. It is also important to know that, according to the American Dental Association (ADA), placing a porcelain veneer involves removing a thin layer of enamel from the front and sides of the tooth, so the treatment is not reversible.
Dr Haim Aseriel, founder and director of a private dental clinic in Jerusalem, provides cosmetic treatment with ceramic veneers. The clinic's philosophy is conservative: preserving natural teeth as much as possible, with digital planning when the case allows. The clinic uses metal-free materials such as zirconia and E.max. Dr Aseriel trained in the United States (DDS, NYU College of Dentistry), and consultations can be held entirely in English; for details or to book, contact the English-speaking dentist in Jerusalem.
Benefits of porcelain veneers: what the studies show
Survival rates are a key factor when choosing a treatment. According to a systematic review of 25 studies and 6,500 veneers, the cumulative survival rate of porcelain veneers after 10 years was 95.5% (Alenezi et al., J Clin Med, 2021). In a follow-up study of 499 feldspathic porcelain veneers placed by a single dentist, survival was 96% after 10 years and 91% after 20 years (Layton & Walton, Int J Prosthodont, 2012).
Survival rate
Survival rate of 93.5% after 10 years, recorded in a clinical study of 318 glass-ceramic veneers in 84 patients (Beier et al., Int J Prosthodont, 2012).
Longer-lasting than composite
Compared with direct composite veneers, porcelain veneers last longer, as shown in an analysis of 1,459 veneers in 341 patients (Mazzetti et al., Dental Materials, 2022). Porcelain also keeps its color for years and resists staining. They are among the cosmetic dental treatments with long-term follow-up data.
96%
- Survival rate after 10 years (Layton & Walton, 2012)
91%
- Survival rate after 20 years (Layton & Walton, 2012)
Disadvantages of porcelain veneers
- Irreversible preparation: according to the ADA, placing a veneer usually involves removing a thin layer of enamel, so the treatment cannot be undone (ADA MouthHealthy, Veneers).
- Limited repair: a small defect can sometimes be repaired with composite, but a cracked or broken porcelain veneer is often replaced, whereas composite can be repaired in the mouth.
- Cost: porcelain veneers are made in a lab and need at least two visits, so they usually cost more than composite veneers.
- Risk with teeth grinding: bruxism was associated with a 7.7-fold higher risk of veneer failure (Beier et al., Int J Prosthodont, 2012), so it needs to be diagnosed early and a night guard is needed.
Before you decide on porcelain veneers: 5 things to check
- Gum health: gum inflammation or gum disease is treated before veneers.
- Teeth grinding: tell your dentist if you grind or clench, including at night.
- Whitening first: porcelain does not respond to whitening, so if you want the rest of your teeth lighter, whiten first and the veneer shade is matched to the new color.
- A trial in the mouth: the smile simulation and temporary veneers let you check color and shape before final bonding.
- Upkeep: daily cleaning, a night guard if needed, and check-ups as advised by your dentist.
Porcelain vs composite veneers: what is the difference?
While composite veneers are done in one visit directly in the mouth, porcelain veneers are made in a laboratory and bonded at a separate visit, which gives greater aesthetic precision and durability.
| Criterion | Porcelain veneers | Composite veneers |
|---|---|---|
| How they are made | Made in a laboratory and bonded at a separate visit | Built up in one visit, directly in the mouth |
| Durability and lifespan | Longer-lasting than composite | Less durable over the years than porcelain |
| Repair | Cannot be repaired directly | Easy to touch up later |
In practice, simple cases such as a small defect or a chipped edge are sometimes treated with an advanced nano-composite. When the appearance of several front teeth needs to change, porcelain dental veneers are usually considered. The options can be compared during a full consultation, and the cost (how much do veneers cost) depends on the treatment chosen.
The porcelain veneers procedure, step by step
Making a porcelain veneer involves several precise steps that require close cooperation between the dentist and the dental laboratory, which at this clinic is on site.
- Diagnosis and digital planning: an intraoral scan with a Shining 3D Aoralscan 3 and a DSD (Digital Smile Design) virtual design of the final result.
- Tooth preparation: removal of a thin layer of enamel (a fraction of a millimeter), and sometimes minimal or no preparation at all.
- Digital impression and laboratory work: the veneer is made in the clinic's on-site dental lab, of feldspathic porcelain or glass-ceramic. According to the clinic's lab, making an E.max veneer takes about 35 minutes; this is the fabrication time, not the length of the whole appointment.
- Try-in visit: temporary veneers are tried in to approve the shade and appearance.
- Adhesive bonding: the final veneer is bonded to the tooth.
Porcelain veneers cost: what it depends on
The cost of porcelain veneers varies with the type of porcelain, the number of teeth treated and the complexity of your treatment plan.
Each patient gets a personal treatment plan, and a detailed written quote can only be given after the examination.
To book a full consultation with Dr Haim Aseriel, contact the clinic team; at the end of the visit you receive a personalized, itemized quote, and later itemized receipts you can submit to your insurer if you request reimbursement (coverage depends on your policy). The factors that set the price are explained on the porcelain veneers cost page.
Examination, treatment plan and price quote
detailed and personalized
During the consultation, Dr Haim Aseriel examines your teeth, explains all the options and gives you a transparent price quote, with no obligation. The clinic is at 12 HaTnufa Street, Jerusalem.
Minimal-prep and no-prep porcelain veneers
No-prep or minimal-prep porcelain veneers are about 0.2–0.5 mm thick, and feldspathic porcelain allows especially thin veneers, of 0.2–0.3 mm (Smielak et al., Clin Oral Investig, 2022).
Case from the clinic
A 28-year-old woman had healthy teeth that were yellowish and asymmetrical. In a situation like hers, no-prep veneers can improve the appearance without significant loss of enamel.
Compared with conventional porcelain veneers, which require removing a thicker layer, this technique is especially conservative and suits patients whose teeth are in good health. Whether it fits your case is decided at the examination, based on the position and color of your teeth. Very thin porcelain veneers are also known as dental laminates.
E.max porcelain veneers
Patients who need more extensive correction, such as closing large gaps while improving shape and color, often ask about the difference between materials.
E.max veneers are made of lithium disilicate glass-ceramic, which is stronger than feldspathic porcelain. According to a 2025 systematic review, E.max and feldspathic veneers have similar survival, about 96%–97% after roughly ten years, but E.max veneers had far fewer technical complications: about 6% versus about 41% (Klein et al., J Esthet Restor Dent, 2025).
In professional practice, E.max veneers are often preferred for peg laterals, tilted teeth or closing large gaps (diastemas), where the mechanical demands are higher. The material is also used at the clinic for complex cosmetic cases as part of full mouth rehabilitation.
Zirconia veneers
Zirconia is the strongest ceramic used for veneers, but zirconia veneers have so far only short follow-up data, about 2.6 years on average (Klein et al., 2025).
Unlike feldspathic porcelain, valued for its translucent look on front teeth, zirconia veneers are considered when especially high fracture resistance is needed.
Monolithic porcelain veneers
A monolithic veneer is made of a single uniform material, without layers. It is chosen to reduce the risk of ceramic fracture, which was the main reason porcelain veneers failed: about 45% of failures (Beier et al., Int J Prosthodont, 2012).
While layered veneers allow more subtle aesthetics, a monolithic veneer is preferred when durability and fewer interventions over the years are the priority.
Composite veneers as an alternative
Not every patient needs porcelain veneers. Sometimes a small correction with composite is enough and is an effective, more affordable option.
Advanced nano-composite veneers suit minimal corrections and are done in one visit, but they last fewer years than porcelain.
Unlike porcelain, which is made precisely in a laboratory, composite is shaped by hand in the mouth and is easy to touch up later, but according to the ADA it is less stain-resistant. Composite veneers can be considered as an interim solution, with a move to full porcelain veneers in more complex cases.
Aftercare: looking after porcelain veneers
Once treatment is complete, keeping your veneers in good shape for years takes a few consistent habits.
- Protection against grinding: bruxism increases the risk of veneer failure 7.7-fold (Beier et al., Int J Prosthodont, 2012), so a night guard is strongly recommended for patients who grind their teeth.
- Daily cleaning: a soft toothbrush and dental floss, with no abrasive tools.
- Regular check-ups: how often depends on your oral health and individual risk, as advised by your dentist.
- Avoid hard objects: do not bite on hard things such as bones or ice.
Why does this matter? Porcelain veneers usually last many years, but a veneer can crack, wear or come loose over time; it then has to be re-bonded, repaired or replaced. Keep coming for check-ups after treatment so the veneers and the surrounding gums can be examined.
Porcelain veneers: frequently asked questions
Porcelain veneers are thin layers of ceramic bonded to the front surface of a tooth to correct aesthetic and functional problems such as deep stains, small chips or gaps. They mimic the natural look of a tooth, including its translucency and shine. Placing them usually involves removing a thin layer of enamel, so the treatment is not reversible.
Porcelain veneers are made in a dental laboratory and bonded at a separate visit, while composite veneers are usually done in one visit directly in the mouth. Porcelain veneers last longer and keep their color better: in a study of 1,459 veneers, composite veneers had about four times the risk of failure of ceramic veneers. On the other hand, composite is easier to repair.
Porcelain veneers usually last many years: according to a systematic review of about 6,500 veneers, about 95.5% of porcelain veneers survived 10 years (Alenezi et al., 2021), and a long-term follow-up study found a survival rate of 91% after 20 years (Layton & Walton, 2012). Teeth grinding and root-canal-treated teeth increase the risk of failure.
E.max veneers are made of lithium disilicate glass-ceramic, which is stronger than feldspathic porcelain. According to a 2025 systematic review, both types have similar survival, about 96% to 97% after roughly ten years, but E.max veneers had far fewer technical complications, such as chipping and small fractures.
A monolithic porcelain veneer is made of a single, uniform material, without additional layers of porcelain. It is chosen when durability is the priority, because ceramic fracture is the most common reason porcelain veneers fail (about 45% of failures in the Beier 2012 study). A layered veneer is chosen when more subtle aesthetics are needed.
Sources
- Alenezi A et al., Journal of Clinical Medicine, 2021 – View the study
- Layton DM & Walton TR, International Journal of Prosthodontics, 2012 – View the study
- Beier US et al., International Journal of Prosthodontics, 2012 – View the study
- Klein P et al., Journal of Esthetic and Restorative Dentistry, 2025 – View the study
- Smielak B et al., Clinical Oral Investigations, 2022 – View the study
- Mazzetti T et al., Dental Materials, 2022 – View the study
- American Dental Association (MouthHealthy), Veneers – View the source
