Sunscreen technology has evolved beyond simply increasing SPF. Now, there’s much more to look out for when it comes to finding the right SPF. Not just the highest SPF number or the formula, but the UV filters, too. Modern sunscreen formulas contain new-generation filters that offer benefits such as improved stability, photoprotection and more durable protection against UVA and UVB rays.
In this dermatologist-approved guide, we help you understand what has changed in modern sunscreens, what these new-generation filters are, how they work compared with older filters, and how they help protect your skin against UV radiation.
What Are New-Generation UV Filters?
What Does a UV Filter Do?
New-generation filters are modern chemical compounds used in sunscreens to help protect the skin against UVA and UVB radiation. When used in suitable combinations, they can provide broad-spectrum protection across different portions of the UV spectrum.
Why Were Newer Filters Developed?
There have been significant advances in sunscreen filter technology in recent decades, along with growing research into photoprotection and formulation stability. Newer filters have been developed to address some of the limitations associated with older sunscreen filters.
- Traditional filters such as avobenzone can degrade under UV exposure unless appropriately stabilised.
- Some older filters have smaller molecular structures, while several newer filters have larger molecular structures and are designed to remain more effectively within the sunscreen film.
- Traditional filters were often combined to provide both UVA and UVB protection. New-generation filters give formulators more options for creating complementary UVA and UVB protection systems.
According to Marcon et al. (2026) , modern filters show improvements in broad-spectrum UV absorption and photostability, along with potential formulation and environmental benefits.
Which New-Generation UV Filters Are Used in Modern Sunscreens?
Here are some modern UV filters along with their INCI names and commonly associated characteristics, so you can identify them more easily on an ingredient label.
| INCI Name | Filter Type | UV Range Protected | Key Benefits & Skin Feel |
|---|---|---|---|
| Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine (BEMT) | Chemical | Broad Spectrum (UVA + UVB) | Highly photostable and can help stabilise other filters in a sunscreen system. |
| Methylene Bis-Benzotriazolyl Tetramethylbutylphenol (MBBT) | Hybrid (Chemical + Physical) | Broad Spectrum (UVA + UVB) | Micro-fine organic particles that absorb, reflect and scatter UV radiation. |
| Diethylamino Hydroxybenzoyl Hexyl Benzoate (DHHB) | Chemical | UVA | Provides UVA protection and is highly photostable. |
| Ethylhexyl Triazone (EHT) | Chemical | UVB | Highly efficient UVB filter that can be used at relatively low concentrations. |
| Terephthalylidene Dicamphor Sulfonic Acid (TDSA) | Chemical | UVA | Water-soluble and highly photostable UVA filter. |
| Drometrizole Trisiloxane (DTS) | Chemical | Broad Spectrum (UVA + UVB) | Oil-soluble filter used in combination with other filters for broad-spectrum protection. |
| Methoxypropylamino Cyclohexenylidene Ethoxyethylcyanoacetate | Chemical | Ultra-Long UVA | Designed to provide protection in the ultra-long UVA range. |
| Tris-Biphenyl Triazine | Hybrid | UVB + UVA2 | Particulate filter that contributes to UVB and UVA2 protection. |
What Makes New-Generation UV Filters Different?
The main advantage of new-generation UV filters isn't that every newer filter is automatically superior. Instead, newer filter technologies give formulators more options for creating stable, broad-spectrum and cosmetically elegant sunscreen systems.
1. Broader UV Coverage
Different filters cover different portions of the UVA and UVB spectrum. Combining filters with complementary absorption profiles can help create broad-spectrum protection.
2. Photostability
Some newer filters are highly photostable, helping maintain their protective characteristics during UV exposure.
Learn more about photostable sunscreens and SPF stability .
3. Filter Combinations
Modern sunscreen formulations can combine filters with complementary absorption profiles to build a more comprehensive UV protection system.
4. Formulation Flexibility
Newer filter technologies give formulators more flexibility when developing different sunscreen textures, finishes and sensory profiles.
Why Photostability Matters in Modern Sunscreens
In simple terms, photostability refers to how stable a sunscreen filter remains when exposed to UV radiation without breaking down significantly.
According to the Journal of Photochemistry and Photobiology , photostability describes a sunscreen's ability to remain chemically stable and maintain its protective characteristics during UV exposure.
Why Does Sunscreen Stability Matter?
Sunscreen stability matters because consistent protection is important during sun exposure. A sunscreen system that is not sufficiently stable can experience changes in its protective performance.
- UV-related cellular and DNA damage
- Premature skin ageing
- Sun-induced pigmentation
- Oxidative stress caused by free radicals
Understanding photostable sunscreens, their benefits and SPF stability can help you make a more informed sunscreen choice.
How New UV Filters Can Influence Sunscreen Texture
New-generation filters can influence the texture, application and finish of a sunscreen formula. Most modern sunscreens are emulsions, meaning they contain a combination of water and oil phases that work together to create the final formula.
Older sunscreen systems could sometimes require heavier formulation approaches to maintain stability and achieve the desired level of protection. Advances in filter technology give formulators greater flexibility when developing lightweight sunscreen textures.
This means modern sunscreen technology isn't only about UV protection—it can also influence how comfortable a sunscreen feels on the skin.
Deconstruct Gel Sunscreen: A Modern Sunscreen Using New-Generation UV Filters
If you're looking for a lightweight sunscreen for daily use in India's heat and humidity, look for sunscreen formulations that use modern UV filters such as MBBT, DHHB, BEMT and EHT.
Filter Breakdown
| Short Form | INCI / Label Name | What It Does |
|---|---|---|
| MBBT | Methylene Bis-Benzotriazolyl Tetramethylbutylphenol | Hybrid filter that contributes to UVA and UVB protection. |
| DHHB | Diethylamino Hydroxybenzoyl Hexyl Benzoate | Highly photostable filter that provides UVA protection. |
| BEMT | Bis-Ethylhexyloxyphenol Methoxyphenyl Triazine | Highly photostable broad-spectrum filter. |
| EHT | Ethylhexyl Triazone | Highly efficient UVB filter. |
One such sunscreen containing these new-generation filters is Deconstruct Gel Sunscreen SPF 50 PA++++ .
Ideal For
- Oily skin
- Normal to combination skin
- Sensitive skin
- Photostable SPF 50 PA++++ broad-spectrum protection
- Uses new-generation UV filters including MBBT, DHHB, BEMT and EHT
- Lightweight, non-sticky formula
- No greasy residue
- No white cast
If you're specifically looking for a sunscreen for oily skin , consider the texture, finish, SPF, UVA protection and overall formulation—not just the number of UV filters.
Are New-Generation UV Filters Better for Indian Skin and Climate?
New-generation UV filters can be particularly useful when developing sunscreen formulations for hot and humid climates because many of them offer high photostability and broad UV absorption.
In India's high-UV conditions, sunscreen needs to provide reliable protection while also being comfortable enough to encourage daily use. Filters such as BEMT and DHHB are highly photostable, giving formulators more flexibility when developing sunscreen systems for prolonged UV exposure.
For everyday use, choosing a sunscreen that feels comfortable on the skin can also make it easier to apply the recommended amount and reapply when necessary.
How to Choose a Sunscreen With New-Generation UV Filters
When choosing a sunscreen, look beyond whether the product simply claims to use "new-generation" filters.
- Broad-spectrum UVA + UVB protection
- Appropriate SPF
- Strong UVA protection
- Photostability
- Comfortable texture
- Water or sweat resistance when relevant
- A formulation suitable for your skin type
- Clear reapplication guidance
Don't Choose Based Only On:
- The phrase "new-generation"
- The number of UV filters in the formula
- The highest SPF number
- The longest ingredient list
Look at the entire formulation rather than deciding based only on the type or number of UV filters used.
Final Verdict
Modern sunscreen technology has evolved beyond simply increasing SPF. New-generation UV filters give formulators more options for developing broad-spectrum, photostable and cosmetically elegant sunscreen systems.
Photostability describes how well a UV filter maintains its chemical stability when exposed to UV radiation. It is therefore an important consideration when designing sunscreen formulations intended to provide reliable protection during sun exposure.
When choosing a sunscreen, look for broad-spectrum protection, appropriate SPF, strong UVA protection, photostability and a texture that you can comfortably wear every day. Filters such as MBBT, DHHB, BEMT and EHT are examples of newer filter technologies used in modern sunscreen formulations.
If you have oily skin, a lightweight, non-greasy sunscreen can make daily application more comfortable. The Deconstruct Gel Sunscreen SPF 50 PA++++ is formulated with new-generation UV filters and is designed for a lightweight, comfortable finish.