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Material: These centrifuge tubes are made of strong, highly transparent polypropylene; The flat-top caps are made of great polyethylene.
Reasonable Writing Area Design: With a large white printing and writing area to make the mark clear and easy to read.
Scientific Cap Design: Double threaded design reduces cross-threading; Caps are easily opened and closed; Used to prevent sample leakage, smooth and flat inner surface, no residual solution; Flat-top caps can be written on.
Applications: These centrifuge tubes are suitable for laboratory analysis, school science projects, science theme parties, biological, and science projects for mycology research, these centrifuge tubes are also suitable for general training and other activities.
Excellent Customer Service: We are dedicated in providing the best products and services to customers. If you have any problem, please feel free to contact us. We will help you solve the problem as soon as possible.
● Tubes: made of strong, highly transparent polypropylene ● Flat-top caps: made of great polyethylene ● Large white writing area for easy marking ● Double threaded design reduces cross-threading; caps are easily opened and closed ● Sterilisation, non-pyrogenic ● Available in racked package (sterilisation) or bulk package (sterilisation & non-sterile) ● RNase & DNase free Specifications ● Working temperature: stable from -20°C to 121°C (except flat-top cap) ● 15ml can withstand centrifugation of 8,400RCF I. APPLICATIONS 1. Cell centrifugation 2. Molecular biology 3. Sample storage 4. Centrifugation of precipitates II. FEATURES 1. Materials: Strong, medical-grade polypropylene 2. Chemically resistant to alcohols and mild organic solvents 3. Transparent wall permits easy viewing of tube contents 4. Working temperature: stable from -20ºC to 121ºC 5. Tested to withstand centrifugation of 8,400 RCF in a fully supported rotor III. TUBE DESIGN 1. Conical bottom design fits most standard floor model and table-top centrifuges 2. Graduation with white ink, in 1ml increments 3. Clearly visible with either clear or turbid samples 4. Solvent resistant printing will not rub off during routine laboratory procedures 5. White writing area facilitates sample identification IV. CAP DESIGN 1. Flat-top screw on cap a) Biologically inert, high density polyethylene provides a chemically resistant surface b) Double threaded design to reduce cross-threading, easily opened and closed c) Flat top facilitates top writing areas for sample identification