Refractory Engineering
Sing Lian Ping Engineering Construction Sdn Bhd (SLPSB) supplies refractory materials and engineering solutions for boilers, furnaces, kilns, and reactors across Malaysia.
We follow API 936 refractory installation quality control standards and are ISO 9001:2015 and ISO 45001:2018 certified. Our products are selected based on operating temperature, chemical exposure, and mechanical load to ensure reliable performance in demanding industrial environments.
We supply refractory monolithics, fire bricks, high alumina cement, ceramic fibre insulation, anchors, and insulation boards for power plants, cement, petrochemical, and heavy industries.
SER-CAST & SER-LITE
Refractory Monolithics (Castables)
Castable and plastic refractory materials applied as a continuous lining without joints. Suitable for complex shapes, repairs, and fast installation.
Used in boiler combustion chambers, kilns, and reactor linings.
Includes dense, insulating, low cement, and ultra low cement castables.
SER-BRICK
Refractory and Insulation Bricks
Pre-formed fire bricks with high strength and thermal stability. Available in fire clay, high alumina, silica, magnesia, and insulation grades.
Commonly used in furnaces, kilns, and high temperature process equipment.
Learn about our refractory installation services
SER-WOOL
Refractory Ceramic Fiber Insulation
Lightweight insulation with low thermal conductivity and high resistance to thermal shock. Suitable for applications requiring fast heat-up and energy efficiency.
Available in blankets, boards, and modules for furnace and kiln linings.
SER-ANC
Refractory Anchors
High temperature alloy and stainless steel anchors used to secure refractory linings to the steel shell.
Manufactured in various shapes and grades to match temperature and lining requirements.
Learn about our QC and inspection services
SER-BOARD
Refractory Insulation Boards
Calcium silicate and microporous boards used as backup insulation behind refractory linings.
Reduces heat loss and lowers shell temperature in boilers and furnaces.
SER-RAM
Plastic Refractory and Ramming Mix
Pre-mixed refractory materials installed by ramming. Suitable for repairs, patching, and irregular shapes.
Provides strong bonding and resistance to slag and high temperature conditions.
Learn about our refractory dry-out process
Industries We Serve
Power generation, cement and lime, oil and gas, petrochemical, steel, waste incineration, and other high temperature industrial applications across Malaysia.
Refractory Materials Supplier and Contractor in Malaysia
SLPSB provides both material supply and installation services, including design, supervision, inspection, dry-out process management, and online hot spot repair. This ensures consistent quality from material selection to final commissioning.
Frequently Asked Questions
What is refractory engineering?
Refractory engineering involves the design, supply, and installation of materials that withstand high temperatures, chemical attack, and mechanical wear in furnaces, boilers, kilns, and reactors.
What types of refractory products do you supply?
We supply refractory monolithics (SER-CAST), fire and insulation bricks (SER-BRICK), ceramic fibre (SER-WOOL), anchors (SER-ANC), insulation boards (SER-BOARD), and plastic refractory or ramming mix (SER-RAM), selected based on operating conditions.
What industries do you serve?
We support power generation, cement, oil and gas, petrochemical, steel, waste incineration, fertilizer, food processing, and other high temperature industries across Malaysia.
What is the difference between refractory monolithics and refractory bricks?
Monolithics are castable or plastic materials applied as a continuous lining, suitable for complex shapes and faster installation. Bricks are pre-formed units with high strength and stability, commonly used in furnaces and kilns.
Do you provide installation services or only supply materials?
We provide both material supply and full project execution, including design, installation, supervision, inspection, and dry-out process management.
What is the refractory dry-out process and why is it important?
The dry-out process removes moisture from newly installed refractory through controlled heating. Improper dry-out can cause cracking, spalling, and early failure.
Can refractory be repaired without shutting down the plant?
Yes. Online hot spot repair allows damaged areas to be repaired while equipment is operating, avoiding unplanned downtime.
How do I know if my refractory lining needs repair or replacement?
Common signs include hot spots on the shell, higher fuel consumption, uneven temperatures, deformation, or visible cracks. Inspection is required to determine whether repair or replacement is needed.