Rectivas supplies flame retardant ABS additives and masterbatch for ABS compounds. Compare halogen-free, halogenated, brominated, phosphorus-based, additive and masterbatch options for electronic housings, appliance parts, molded enclosures and UL94 V-0 / V-2 targets.
Fig. ABS01 — ABS flame retardant proofUse a real image of ABS pellets, molded housing samples, UL94 bars, color plaques and impact test notes. The image should prove this page is specific to ABS, not a generic plastics page.
ABS flame retardant selection is not only about passing a flame test. Electronic housings, appliance parts and molded enclosures also need impact retention, flow stability, color control, surface quality and compliance documents to match the buyer's end-use requirements.
Use powder or blended flame retardant additives when you control ABS compounding recipes, active loading, impact balance, color and total cost internally.
Use ABS flame retardant masterbatch when cleaner dosing, pre-dispersion and simpler trial handling are more important than direct powder feeding.
Use halogen-free ABS flame retardant directions when electronic or export buyers require non-halogenated chemistry, RoHS, REACH or restricted substance support.
Fig. ABS02 — ABS pellets, color plaques and UL94 barsShows resin-specific ABS flame retardant testing.Fig. ABS03 — ABS injection molding or housing samplesConnects ABS flame retardant selection to real molded-part conditions.Use this matrix to shortlist flame retardant additives for ABS before sample testing. Final selection depends on ABS grade, part thickness, target UL94 rating, color, impact strength, heat resistance, molding flow and compliance needs.
| ABS Requirement | Recommended Direction | Halogen-Free | Halogenated | Typical Targets | Processing Notes | Best Next Page |
|---|---|---|---|---|---|---|
| ABS electronic housing | Brominated, phosphorus or compounded flame retardant system | Available | Common | UL94 V-0 / V-1 · surface quality | Check color, gloss, flow, warpage and impact strength | Additives |
| ABS appliance parts | Balanced additive package for flame rating and mechanical retention | Available | Available | UL94 V-0 / V-2 · impact retention | Confirm heat aging, odor, color and processing window | Masterbatch |
| Black ABS molded parts | Cost-effective halogenated or synergist-supported system where accepted | On request | Common | V-0 / V-2 · stable molding | Color is easier than light shades, but impact and surface still need testing | Additives |
| Light-colored ABS | Low-discoloration flame retardant package with careful heat stability | Available | Available | UL94 · color stability | Check yellowing, heat exposure, plate-out and pigment compatibility | Halogen-free |
| ABS masterbatch trial | ABS carrier masterbatch with pre-dispersed flame retardant package | Project-specific | Available | Fast trial · clean dosing | Confirm carrier compatibility, let-down ratio and injection molding temperature | Masterbatch |
| Halogen-free ABS | Phosphorus or phosphorus-nitrogen direction adjusted to ABS | Core direction | Not preferred | UL94 V-0 · RoHS / REACH support | Balance loading, flow, impact, heat resistance and color | System comparison |
| Cost-sensitive ABS | Brominated or synergist-supported package where accepted | On request | Core option | UL94 V-0 / V-2 · cost balance | Confirm customer restrictions, smoke, odor and regulatory documents | Additives |
For ABS, the form decision depends on whether the buyer controls compounding or needs a production-friendly pellet concentrate. ABS compounders often prefer additives, while molders may prefer ABS flame retardant masterbatch for clean trials and simpler dosing.
You need direct formulation control, active loading adjustment, color tuning or integration into an existing ABS compounding recipe.
You need cleaner dosing, easier handling, better pre-dispersion and direct let-down on ABS injection molding or extrusion lines.
ABS projects can use halogen-free or halogenated flame retardant directions depending on customer specifications, target flame rating, cost, color, impact retention and regulatory requirements. The right direction should be tested in the buyer's ABS grade and molded part thickness.
Common for export electronics or branded products where RoHS, REACH, non-halogenated chemistry and restricted substance lists matter.
Often considered for halogen-free ABS, but loading level, flow, heat resistance, surface appearance and impact strength must be validated.
Brominated systems remain the most widely used efficient direction for ABS housings and E&E parts, usually paired with an antimony trioxide synergist, subject to customer and regulatory confirmation.
View brominated flame retardant options →Most ABS projects need a balance of flame rating, impact strength, flow, color, surface quality, heat resistance and total cost.
A useful ABS recommendation requires more than the word ABS. Grade, part thickness, target UL94 rating, color, impact requirement, heat resistance, molding method and compliance needs all affect additive choice and loading level.
Fig. ABS04 — ABS UL94 vertical burn plaques and molded barsSupports technical credibility for ABS flame rating and thickness validation.Fig. ABS05 — ABS housings, pellets and sample bagsShows real ABS end-use and sample preparation scenarios.Direct answers help engineers and procurement teams compare ABS additives, ABS masterbatch, halogen-free systems and RFQ requirements before sample testing.
ABS flame retardant systems may use brominated, phosphorus, nitrogen-phosphorus, synergist-supported or compounded additive packages depending on UL94 target, color, impact strength, flow, surface quality and compliance needs.
ABS compounders often choose additives for formulation control, while molders and converters may choose flame retardant masterbatch for cleaner dosing, pre-dispersion and easier production trials.
Yes. Halogen-free ABS flame retardant systems can be considered when buyers need RoHS, REACH or non-halogenated requirements, but loading level, color, impact strength, heat resistance and molding behavior must be validated.
Share ABS grade, application, molding method, target UL94 rating and thickness, color, impact and heat requirements, halogen-free or halogenated preference, additive or masterbatch form and expected trial volume.
Send your ABS grade, application, target UL94 rating, part thickness, molding process and compliance requirements. We will recommend whether to start with ABS additives, ABS flame retardant masterbatch, halogen-free systems or halogenated systems.