Several significant cases and industry developments in Malaysia have brought greater attention to façade safety and regulatory compliance requirements set by SIRIM, BOMBA, and CIDB. As a result, material selection has become an increasingly important consideration in modern construction projects.
One of the most referenced incidents in Malaysia was the fire involving the former Employees Provident Fund (EPF/KWSP) building at Jalan Gasing in 2018. Until today, it remains one of the most significant façade fire incidents discussed within the local industry.
This case became an important turning point for the Malaysian façade market and contributed greatly to the increased awareness of fire-rated façade materials and compliance standards.
Impact on the Malaysian Façade Industry
The EPF/KWSP fire became a major turning point for Malaysia’s façade and cladding industry.
Following the incident, awareness regarding the importance of FR-rated ACP (Fire-Rated Aluminium Composite Panels) increased significantly. Many developers, consultants, and project owners began requesting stricter compliance requirements, including:
BS 476 Part 6 & 7
BS 8414
SIRIM certification
BOMBA façade compliance approvals
Authorities and approval bodies also became more stringent regarding façade compliance requirements, especially for high-rise developments.
Market Changes After 2018
Before 2018, the industry focus was largely centered around:
material pricing,
visual appearance,
and cost efficiency.
However, after the incident, the market gradually shifted its attention towards:
fire propagation performance,
façade system testing,
certified installation systems,
and understanding the difference between combustible and non-combustible materials.
This shift helped improve overall awareness regarding façade safety in Malaysia.
What Can the Public Learn from the KWSP Building Fire?
The 2018 EPF/KWSP fire was not merely a case of a building catching fire. It became an important lesson for the public regarding façade safety, building materials, and how external fire spread can occur rapidly on high-rise structures.
Below are several key lessons that can be learned from the incident.
1. Appearance Alone Is Not Enough
Modern façades are often associated with:
premium aesthetics,
contemporary design,
and futuristic architecture.
However, the KWSP incident demonstrated that exterior building materials also play a major role in fire safety. A façade system may appear modern and visually appealing, but if the system is not properly designed, tested, or certified, the risk of rapid fire spread can become significant.
2. Fire Does Not Always Spread From Inside the Building
Many people assume that building fires only become dangerous from within the interior spaces. However, façade fire incidents show that:
fire can start externally,
and spread vertically along the building very quickly.
This is because façade systems may contain:
cavities,
insulation,
air gaps,
and cladding panels,
which can contribute to what is commonly known as the “chimney effect.” This is one of the main reasons why façade compliance is extremely important for high-rise buildings.
3. Building Safety Depends on the Entire System
One of the biggest lessons learned by the industry after the incident is that safety does not depend on a single material alone. A safe façade system involves multiple components, including:
core type,
installation method,
subframe system,
insulation,
cavity barrier,
workmanship,
and maintenance practices.
This means that even if one material has a good fire test report, the overall system must still be installed correctly to achieve proper performance.
4. Affordable Price Should Not Be the Main Priority
The incident also encouraged many developers and consultants to reconsider the risks of selecting materials based purely on low pricing. In construction projects, value engineering should always be balanced with:
safety,
durability,
and compliance.
Short-term cost savings should never compromise long-term building performance and public safety.
5. Awareness of Fire-Rated Materials Increased Significantly
After the incident, more industry players and members of the public became familiar with terms such as:
Fire Retardant ACP,
non-combustible materials,
BS 8414 external cladding systems
and BOMBA test report.
This growing awareness helped improve industry discussions regarding safer façade systems for high-rise developments.
6. Maintenance and Renovation Works Are Extremely Critical
Early reports during the incident suggested that the fire may have started during maintenance activities that produced sparks near the façade area. This serves as an important reminder that activities such as:
welding,
grinding,
and façade renovation works
must be carefully controlled and monitored. In some situations, even a small spark can develop into a major façade fire when combustible systems are involved.
7. Public Safety Is a Shared Responsibility
Incidents like this show that building safety is never the responsibility of only one party. A safe building requires cooperation between:
manufacturers,
architects,
consultants,
contractors,
authorities,
and building owners.
Every stakeholder plays an important role in ensuring that buildings are not only visually attractive, but also safe for public use.
Conclusion
The 2018 EPF/KWSP building fire became one of the most important façade-related case studies in Malaysia. It highlighted the importance of proper façade system design, fire compliance, and the use of suitable fire-rated materials for high-rise buildings.
One positive outcome from the incident is that the Malaysian industry responded quickly and became significantly more aware of façade fire safety. Since then, Malaysia has not experienced another major façade fire incident of similar scale, and the industry continues to move towards better compliance and safer construction practices.
For façade applications exceeding 18 metres in height, FR-core ACP has become one of the essential panel solutions commonly specified for external wall cladding systems due to stricter fire safety requirements and compliance expectations.
As a leading ACP manufacturer in Malaysia, MBond continues to support the industry by meeting important safety and quality standards, including:
SIRIM MS2571:2017 certification,
BS 8414 fire performance testing,
BOMBA compliance,
and CIDB PPS certification.
With proper design planning, appropriate material selection, and professional installation, façade projects can achieve both strong safety performance and long-lasting architectural aesthetics.
Malaysia