PE6924 Flame-Retardant Foam Board (ZTS-FR)

Flame-Retardant Foam Board (ZTS-FR) Description

Flame-Retardant Foam Board (ZTS-FR) is produced from engineering plastics that exhibit high temperature resistance. The base material is modified with flame retardants and then processed by supercritical fluid physical foaming to form foam boards of predetermined densities. The material is assigned a V0 flame rating and retains its dimensions at elevated temperatures without shrinkage or deformation. It also demonstrates low dielectric properties. It is principally utilised in new energy vehicles and information communications.

Flame-Retardant Foam Board (ZTS-FR) Applications

·       Automotive: Employed in electric vehicles (EVs) and high-performance vehicles for thermal regulation and noise reduction.

·       Information Communications

Flame-Retardant Foam Board (ZTS-FR) Packaging

Our products are packed in customised cartons of varying sizes, based on the dimensions of the material. Small items are securely enclosed in PP boxes, while larger items are arranged in custom wooden crates. We strictly adhere to packaging customisation and utilise appropriate cushioning materials, thereby ensuring protection during transit.

Packaging: Carton, Wooden box, Paper barrel, Iron barrel, or Customised.

Kindly review the packaging details provided for your reference.

Flame-Retardant Foam Board (ZTS-FR) FAQs

Q1: What is the Flame-Retardant Foam Board (ZTS-FR)?
A1: The board is manufactured from temperature-resistant engineering plastics that are modified with flame retardants. Supercritical fluid physical foaming is employed to achieve the specified density.

Q2: What is the flame-retardant rating of ZTS-FR?
A2: The ZTS-FR foam board is assigned a V0 flame rating, which meets the required fire resistance standards.

Q3: What are the main applications of ZTS-FR?
A3: ZTS-FR is primarily utilised in new energy vehicles and information communications, given its controlled thermal behaviour and low dielectric properties.

Q4: How does the ZTS-FR foam board perform at high temperatures?
A4: The material maintains its shape and dimensions during prolonged exposure to high temperatures without exhibiting shrinkage or deformation.

Manufacturing Process

1.       Material Selection:

High temperature-resistant engineering plastics are selected as the base material and are modified with flame retardants to meet the specified criteria.

2.       Supercritical Fluid Physical Foaming:

We utilise supercritical fluid technology to induce physical foaming of the material. A supercritical fluid is applied to generate a foam with controlled density and defined properties.

3.       Foam Density Control:

The foam density is carefully regulated to ensure that the final product conforms to the required performance specifications.

4.       Flame-Retardant Modification:

The material undergoes additional flame-retardant treatment to achieve the V0 fire rating.

5.       Curing and Shaping:

Subsequently, the foam is cured and shaped into boards with uniform thickness and a consistent surface finish.

6.       Quality Control:

Final products are subjected to detailed quality control tests to confirm compliance with standards for high-temperature performance, flame retardancy, and low dielectric behaviour.