Fisherbrand Microcentrifuge Tubes 1.5 mL Graduated Tube with Flat cap Sterilized Natural Fisher Scientific Capacity: 1.5mL high-clarity polypropylene Graduated in 0.1 and 0.25mL markings Withstand forces up to 30,000 x g Easy-open caps with needle insertion spot and textured marking area Labeling area on tube exterior Highly polished interior for maximum sample recovery Temperature range of -80 to +121 C Fit all standard rotors Nonpyrogenic Autoclavable at 121 C/15psi for 15 minutes
Fisher Scientific microcentrifuge tubes are precision-engineered consumables designed for high-speed centrifugation in laboratory and aquaculture research applications. These 1.5 mL tubes combine high-clarity polypropylene construction with graduated markings for accurate volume measurement, making them suitable for sample processing, storage, and transport. The flat-cap design ensures compatibility with standard rotors while the textured marking area and needle insertion spot enable reliable labeling and piercing. Temperature stability from -80 °C to +121 °C supports diverse experimental conditions, including sterilization via autoclaving at 121 °C and 15 psi for 15 minutes.
Ideal for routine centrifugation, DNA/RNA extraction, protein purification, and cell culture workflows, these tubes minimize sample loss thanks to their polished interiors. The nonpyrogenic and autoclavable properties maintain sterile conditions during sensitive operations, reducing contamination risks in aquaculture diagnostics or research settings. Their design accommodates high centrifugal forces up to 30,000 × g, ensuring structural integrity during demanding protocols.
These tubes are not recommended for applications requiring extreme chemical resistance beyond standard laboratory solvents or for long-term storage at elevated temperatures outside the specified range. They are optimized for single-use or short-term reuse in controlled environments and may degrade if exposed to incompatible reagents or prolonged UV exposure.
Best suited for:
Not ideal for:
Compared to standard microcentrifuge tubes, these offer graduated markings, higher centrifugal force tolerance, and autoclavable properties, making them a step up for sterile and high-performance applications.
Pricing scales with MOQ and volume tiers; request a quote for exact terms. Bulk orders typically reduce per-unit cost, while specialized certifications may increase it.
Golden Biotechnologies Corp. specializes in supplying laboratory consumables and instrumentation to aquaculture, biotechnology, and academic research sectors. With a focus on quality and compliance, they provide certified products suited for sterile and high-performance applications.
Headquartered in the United States, the company operates as a manufacturer and exporter, offering technical support and custom packaging solutions to meet client specifications. Their facilities adhere to ISO-aligned practices, ensuring traceability and consistency in product performance.
Yes, the 1.5 mL graduated design fits most standard rotors; confirm compatibility with your specific rotor model.
Reuse is not recommended for sterile workflows due to potential degradation of material properties; single-use is advised.
The tubes are resistant to common laboratory solvents like ethanol and isopropanol but may degrade with prolonged exposure to strong acids, bases, or organic solvents; confirm with supplier for specific chemical compatibility.
Store in a cool, dry place away from direct sunlight and UV exposure. Keep caps tightly sealed to prevent moisture ingress.
Shelf life is typically 3 - 5 years when stored under recommended conditions; confirm with supplier for exact guidance.
The tubes include a textured marking area for manual labeling but do not feature built-in barcodes; confirm with supplier for custom labeling solutions.
Yes, the tubes are compatible with PCR workflows due to their polypropylene material and thermal stability; ensure caps are secure to prevent evaporation.
The tubes feature flat caps with a needle insertion spot and easy-open design for one-handed operation.