Ba Na Hills Project: KH Shield Mpro14 – EI60–EI120 Fire-Resistant Air Duct Solution

KH Shield Mpro14 – Fire-Resistant Air Duct Solution at Ba Na Hills

Ba Na Hills is a project with unique environmental conditions, placing high demands on construction materials and technical systems, particularly MEP and fire protection systems.

At the project, FireShieldPRO KHS.HF.Mpro14 fire-resistant board by KH Shield was selected as the material solution for the fire-resistant air duct system, with a required fire-resistance rating of EI60–EI120.

The application of Mpro14 at Ba Na Hills represents a practical example of selecting suitable materials for air duct systems in projects with challenging construction and environmental conditions.

EI60–EI120 Fire-Resistant Air Ducts for Ba Na Hills

In large-scale projects, air duct systems are an essential component of the MEP infrastructure. In addition to ventilation and air-conditioning functions, ductwork must also meet fire safety and fire protection requirements.

The FireShieldPRO KHS.HF.Mpro14 solution is applied to the fire-resistant air duct system at Ba Na Hills to meet the required EI60–EI120 fire-resistance rating, based on the system configuration and technical requirements implemented for the project.

What Do EI60–EI120 Mean?

The EI classification for fire resistance represents two key criteria:

• E – Integrity: The ability to maintain integrity and limit the passage of flames and hot gases.
• I – Insulation: The ability to limit heat transfer through the construction element for the specified period.
• EI60: Maintains the corresponding performance criteria for 60 minutes.
• EI120: Maintains the corresponding performance criteria for 120 minutes.

For fire-resistant air duct systems, the applicable EI rating should be determined based on the system construction, materials, installation method, and relevant technical/testing documentation.

Why Does the Ba Na Hills Environment Require Careful Material Selection?

Unlike many projects in urban areas, Ba Na Hills has distinctive geographical and climatic conditions. Factors such as humidity, temperature, elevation, and actual construction conditions should be considered when selecting materials for MEP systems.

For fire-resistant air ducts, material performance should be considered throughout the entire process:

Transportation → Fabrication → Installation → Completion → Operation

Selecting the right material solution from the beginning helps ensure that the system is implemented consistently and is better suited to the project’s actual requirements.

FireShieldPRO KHS.HF.Mpro14 – A Solution for Fire-Resistant Air Duct Systems

KHS.HF.Mpro14 is a fire-resistant insulation board developed by KH Shield for MEP applications, including fire-resistant air duct systems.

At Ba Na Hills, the Mpro14 solution is applied with the following key objectives:

🔥 Fire Resistance for Air Duct Systems

The solution is used for air duct systems with EI60–EI120 fire-resistance requirements, contributing to the project’s overall fire safety strategy.

🛡️ Suitable for Real-World Construction Conditions

Mpro14 has been applied in a project with distinctive environmental and construction conditions, highlighting the importance of selecting a material solution suited to the specific requirements of each project.

🏗️ Supporting MEP System Integration

KH Shield aims not only to supply materials but also to support relevant project stakeholders throughout the application of the solution within the actual MEP system.

Collaboration Among Project Stakeholders

An effective fire-resistant air duct system requires close coordination among multiple stakeholders, from design teams and main contractors to MEP contractors and material solution providers.

At the Ba Na Hills project, Coteccons serves as the main contractor, Hoa Phuong as the MEP contractor, while KH Shield provides the FireShieldPRO KHS.HF.Mpro14 material solution for the fire-resistant air duct system.

This collaboration helps ensure that the material solution is implemented in accordance with the project’s technical requirements and actual site conditions.

Fire-Resistant Material Applications in Real-World Projects

The Ba Na Hills project demonstrates that material selection for MEP systems should be evaluated from multiple perspectives rather than focusing solely on fire resistance.

A suitable solution should be assessed based on:

Fire resistance → System configuration → Environmental conditions → Installation method → Technical requirements → Operational performance

This is also the approach KH Shield follows when providing material solutions for MEP and fire protection systems.

Frequently Asked Questions

What fire-resistant air duct solution is used at Ba Na Hills?

FireShieldPRO KHS.HF.Mpro14 by KH Shield is selected as the material solution for the project’s fire-resistant air duct system.

What fire-resistance rating does the system provide?

The system is implemented according to EI60–EI120 requirements, depending on the configuration and technical requirements of each system.

Who is the MEP contractor at Ba Na Hills?

Hoa Phuong is the MEP contractor identified for the project.

Who is the main contractor for the Ba Na Hills project?

Coteccons is the main contractor according to the project information provided.

What is Mpro14 used for?

KHS.HF.Mpro14 is applied as a material solution for fire-resistant air duct systems.

KH Shield – Fire-Resistant Material Solutions for MEP Systems

KH Shield provides fire-resistant and thermal insulation material solutions for MEP systems, supporting projects with demanding requirements for safety, performance, and stability under real-world conditions.

FireShieldPRO KHS.HF.Mpro14 – A material solution for fire-resistant air duct systems, supporting projects that demand high standards of safety and long-term durability.