Why DBDPE Alternatives are Vital for the 2027 European Green Deal?

The worldwide plastic sector is witnessing a massive shift in the wake of increased regulation of flame retardants in Europe. The Decabromodiphenyl Ethane (DBDPE), extensively applied in the electronics and automotive industries, became part of ECHA's list of Substances of Very High Concern (SVHC) candidates in 2025. It means that the unrestricted application of high-bromine additives has become obsolete.

With the deadline for the 2027 European Green Deal around the corner, choosing a DBDPE alternative becomes a business imperative for all exporters. The European Green Deal objectives focus on material flows free from toxic substances and promote a circular economy. Therefore, substances under increasing regulatory pressure will be among the key risks within the value chains. This paper aims to present an analysis of the evolving regulatory environment and ways in which inorganic and halogen-free synergists such as SF-600 can assist in meeting those demands.

One reason for switching to an alternative plasticizer is the environmental impact of the DBDPE product. The classification of DBDPE by ECHA as a Substance of Very High Concern is because it is vPvB (Very Persistent and Very Bioaccumulative). This means that the chemical does not degrade in the environment and will accumulate within the bodies of organisms. Once a chemical is classified as a Substance of Very High Concern, it becomes subject to regulation by law.

To navigate the coming years, manufacturers must track these critical milestones:

For organizations supplying their products from abroad to the European market, such "trends in regulation" serve as an invisible form of trade barriers. This is because when your HIPS or ABS contains DBDPE, it is not only difficult for you to get accepted by retailers who have sustainability on their mind, but also results in higher administrative expenses. The shift towards a circular economy makes it hard to recycle plastic containing SVHCs.

Waiting until a formal ban is enacted is a high-risk strategy that can lead to catastrophic supply chain disruptions. Transitioning to a new flame-retardant system requires rigorous testing for mechanical properties, UV stability, and processing compatibility.

The most immediate risk is market access. Many Tier 1 automotive and electronics brands have already started internal phase-out programs for all SVHCs to stay ahead of the law. If your components still rely on traditional DBDPE loads, you may find yourself excluded from new tenders. Furthermore, as more companies switch to alternatives, the production volumes of DBDPE may shrink, leading to price volatility and sourcing challenges.

On the other hand, it will be an advantage to become an early adopter of the DBDPE substitutes. Being prepared for meeting the coming Digital Product Passport regulations means having an easier time complying later on. The proactive decision to replace a hazardous substance also makes it possible to create a better brand image and to be recognized as an innovator in “green chemistry,” not just a company that reacts to laws and rules.

There is no generic method to replace DBDPE in all instances. Depending on the particular polymer and the application involved, industry specialists recommend the following three approaches:

For most manufacturers, Option 2 provides the best balance of cost, performance, and regulatory safety.

Eliminating bromine goes beyond environmental concerns; it’s also a matter of profit. Brominated flame retardants are affected by world commodity prices. Through the use of a synergist to reduce the costly bromine content in the product, manufacturers will ensure that their costs remain stable while at the same time adhering to the RoHS and REACH guidelines.

For companies looking for an immediate way to reduce their reliance on DBDPE, our SF-600 products are a standout solution. SF-600 is an inorganic, eco-friendly composite flame retardant designed to work alongside halogenated systems. It acts as a powerful "force multiplier" for flame retardancy.

As shown in the table, the high decomposition temperature of ≥ 360℃ makes SF-600 suitable for high-temperature engineering plastics like PA, PBT, and PET.

Synergists such as SF-600 make it easier to address the "recycling dilemma," as they are stable and inorganic, and hence are less likely to cause hindrances in the mechanical process compared to large amounts of organically brominated substances. This increases the value of the plastic "waste" to recyclers in line with the objectives of the EU.

The year 2027 is getting close to the implementation of the EU Green Deal policy. The use of proactive solutions, like DBDPE alternatives, will be crucial in maintaining their market positions and staying competitive. Though regulation is getting more complicated, solutions like synergists offer a definite way out, balancing cost, efficiency, and safety.

SF-600 is an environmentally friendly synergist that is a perfect alternative to reduce the need for bromine. The use of such innovative materials will allow companies to get rid of concerns regarding "regulatory trends."Contact us for a free quote today!