In the field of plastic materials for the electrical and electronic industry, environmental sustainability has become as much a priority as technical performance. Recyclable flame-retardant compounds now represent a concrete solution to reduce environmental impact without compromising safety and reliability.
A Step Forward: Recyclability up to 50% Approved by UL
Why Recyclability is Strategic
The ability to reuse already processed material allows you to:
- reduce the consumption of virgin raw materials
- contain hard-to-manage plastic waste
- lower overall production costs
In this scenario, LATI has received significant recognition from UL (Underwriters Laboratories), the international certification body: approval for the use of up to 50% by weight of recycled material in the LATAMID 66 H2 G/25-V0CT1 compound, one of the most widely used flame-retardant grades in the range.
Technical Characteristics of the LATAMID 66 H2 G/25-V0ct1 Compound
| Properties | Value |
| Polymer base | PA66 |
| Reinforcement | 25% glass fiber |
| Flame behavior | Flame-retardant, V0 (UL94) |
| GWFI | 960 °C |
| GWIT | High, stable even at low thickness |
| Recyclability | Up to 50% validated by UL |
| Flame retardant additives | Halogenated systems stabilized to heat |
| Specific code | V0CT1 |
Thanks to the CT1 formulation, the material maintains its mechanical, electrical, and flame-retardant properties even after multiple molding cycles, without degradation or color alteration (for all colors).
Ideal Applications for the Recyclable Flame-Retardant Compound
The LATAMID 66 H2 G/25-V0CT1 compound is suitable for numerous contexts where the following are required:
- Certified flame retardancy even at low thickness
- High dimensional and mechanical stability
- Reliable electrical behavior over time
- Certified environmental sustainability
Main Application Sectors
| Sector | Examples |
| Industrial electrical | Connectors, supports, housings, terminals |
| Appliance | Heat-resistant internal parts (e.g., small appliances) |
| Electrical panels | Structural and functional components compliant with GWFI |
| Lighting | Flame-retardant supports and lighting bodies |
Safety, Environment, and Regulations: a Possible Balance
The new UL approval allowing the recovery of 50% of processed material represents a concrete case of integration between technical performance and ESG goals (Environmental, Social, Governance).
The compound does not contain halogens, antimony, or red phosphorus in its HF1 version, and complies with RoHS, REACH, and ISO 14001 directives for environmental management.
FAQ – Frequently Asked Questions about Recyclable Flame-Retardant Compounds
1. What is the difference between a flame-retardant and a recyclable compound?
A flame-retardant compound extinguishes the flame autonomously; if it is also recyclable, it can be partially reused without losing its properties.
2. Why is UL certification important?
UL ensures the technical and regulatory validity of the material for safe applications in the electrical/electronic field.
3. Can I use 50% recycled material with any molding?
Yes, thanks to the stability of the CT1 formulation, the material maintains high performance even after reuse and recoloring.
Conclusion and Invitation to further Exploration
If you operate in the electronics, electrotechnics, or flame-retardant component production sectors, considering a recyclable flame-retardant compound like LATAMID 66 CT1 can offer tangible environmental, economic, and regulatory advantages.
Request now a custom technical evaluation or a sample for process testing.
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