Antibiotic Discs, Cellulose Paper, White

These Cellulose Paper Antibiotic Discs, in white, are laboratory consumables designed to assess the susceptibility of bacteria to various antibiotics using the paper disc diffusion method.

These discs provide a reliable and standardised approach for microbiological testing, enabling accurate evaluation of antimicrobial effectiveness in research and diagnostic applications.

Material & Performance

Made from high-quality cellulose paper, these antibiotic discs offer excellent liquid absorption properties, ensuring consistent diffusion of antibiotic solutions into the growth medium.

Their uniform composition supports reproducible and precise testing outcomes across multiple samples and experimental runs.

Sizes & Packaging

The discs are available in three diameters to accommodate different experimental needs: 6.00mm, 8.00mm, and 10.00mm. This variety allows flexibility for laboratories performing assays with different solution volumes or bacterial cultures.

Quality Assurance & Certification

SPL Life Sciences certifies that these antibiotic discs comply with stringent quality specifications and requirements. Each batch is inspected and produced in accordance with ISO 9001:2015 Quality Management System standards (K-QA-Q031478) in Korea, ensuring reliable performance and consistency in microbiological testing.

Product Features

• Cellulose Construction: Provides excellent absorption for precise diffusion of antibiotics in disc assays.
• Multiple Sizes: Available in 6mm, 8mm, and 10mm diameters to suit varied experimental requirements.
• Consistent Thickness: 0.70–0.80mm height ensures reproducibility and standardisation across tests.
• White Colour: Facilitates clear observation of inhibition zones during antimicrobial susceptibility testing.
• Bulk Packaging: Available in cartons tailored to size, optimising laboratory workflow and inventory management.
• High-Quality Manufacture: Produced under an ISO 9001:2015 certified quality management system for reliable performance.