BET Surface Analysis Lab Services

BET analysis refers to a method employed to determine the specific surface area of materials based on the Brunauer–Emmett–Teller theory. BET surface area analysis is one of the most widely used techniques for characterizing the physical properties of solid materials  BET method measures the amount of gas molecules adsorbed onto a material’s surface under controlled conditions. From this data, the specific surface area, pore volume, and pore size distribution of the material can be determined with high accuracy. 

Catalyst Industry: 

• Determining the active surface area of nanomaterial catalysts. 
• Optimizing pore structure for higher reaction efficiency.
• Monitoring catalyst aging, poisoning, and regeneration

Carbon Capture & Environmental Technologies:

• Evaluating carbon capture materials adsorption capacity of powders and sorbents.
• Studying surface properties of porous carbons and zeolites.
• Optimizing adsorption–desorption cycles for long-term carbon capture.
• Benchmarking materials against ISO/IEC standards for carbon capture.

Nanomaterials & Advanced Materials

• Measuring surface reactivity of raw nanomaterials.
• Characterizing porous graphene, CNTs, and other carbon nanostructures
• Supporting development of functional coatings and composites

Construction Materials & Ceramics

• Surface area analysis of cement, fly ash, and geopolymers.
• Assessing porosity in ceramics for thermal insulation and durability.
• Supporting development of lightweight, high-strength composites.