Serum Bottles
DWK Life Sciences Wheaton™ Serum Bottles and Vials
These bottles have exceptional wall strength and superior heat and chemical tolerances
DWK Life Sciences Wheaton™ Glass Serum Bottles
WHEATON™ Glass Serum Bottles are ideal for long term sample storage and drug containers.
DWK Life Sciences Kimble™ Kontes™ Heavy-Duty Serum Bottles
The heavy duty construction of these bottles is designed to prolong life expectancy with harder than normal usage. Ideal for packaging and storage.
DWK Life Sciences Kimble™ KG-35 Borosilicate Glass Serum Bottle, Aluminum Seal without Closure
Autoclavable Kimble™ serum bottles and vials are well-suited for the handling, containment and storage of a variety of liquids including reagents, vaccines, blood plasma, culture media, chromatography samples and more.
DWK Life Sciences Kimble™ Kontes™ KIMAX™ KimCote™ Heavy-Duty Serum Bottles
Plastic-coated for added safety
DWK Life Sciences Wheaton™ Polypropylene Serum Bottles
Available in 3mL size
Corning™ PYREX™ Serum Bottles
For handling and storing sterile culture media and sera
DWK Life Sciences Wheaton™ HDPE Serum Bottles
Wheaton Serum bottle is manufactured from HDPE and widely used for animal health products and storage of non-medical products.
Corning™ PYREX™ Serum Bottles
For handling and storing sterile culture media and sera
Electron Microscopy Sciences Serum Tube Vials Clear, 5 ml
Wheaton glass containers are the choice for lyophilization. They excel in the 3 majors factors that contribute to successful Lyophillization: heat transfer, sealability, & water vapor transmission barrier. Heat Transfer–a Wheaton Glass serum vial, as opposed to glass serum bottles, plastic serum bottles, & other containers has a very consistent thin wall & bottom that allows the heating phase of the lyophilization process to take place rapidly & effectively. Sealability–Wheaton glass serum vials feature a inblowbackin feature in neck & bottom that allows for a 2 or 3 legged lyophilization stopper to be securely & evenly seated in the mouth of the vial. Water vapor Transmission Barrier–Wheaton glass serum vials are made from premium, low extractable, borosilicate glass, which offers a superior barrier to water vapors. Can be autoclaved, by dry heat, by chemical, by gas, or by radiation. Mfg from Wheaton in200in low extractable borosilicate glass tubing to hold uniform thickness.
Med Vet International Draxxin KP (Tulathromycin and Ketoprofen) Injectable Solution Antibiotic and Anti-Inflammatory 250mL
Draxxin KP (Tulathromycin and Ketoprofen) Injectable Solution Antibiotic and Anti-Inflammatory 250mL
Electron Microscopy Sciences Serum Tube Vials Clear, 2 ml
Wheaton glass containers are the choice for lyophilization. They excel in the three majors factors that contribute to successful Lyophillization: heat transfer, sealability, & water vapor transmission barrier. Heat Transfer–a Wheaton Glass serum vial, as opposed to glass serum bottles, plastic serum bottles, & other containers has a very consistent thin wall & bottom that allows the heating phase of the lyophilization process to take place rapidly & effectively. Sealability–Wheaton glass serum vials feature a inblowbackin feature in neck & bottom that allows for a 2 or 3 legged lyophilization stopper to be securely & evenly seated in the mouth of the vial. Water vapor Transmission Barrier–Wheaton glass serum vials are made from premium, low extractable, borosilicate glass, which offers a superiorbarrier to water vapors. These vials can be autoclaved, by dry heat, by chemical, by gas, or by radiation.
Electron Microscopy Sciences Serum Tube Vials Clear, 3 ml
Wheaton glass containers are the choice for lyophilization. They excel in the 3 majors factors that contribute to successful Lyophillization: heat transfer, sealability, & water vapor transmission barrier. Heat Transfer–a Wheaton Glass serum vial, as opposed to glass serum bottles, plastic serum bottles, & other containers has a very consistent thin wall & bottom that allows the heating phase of the lyophilization process to take place rapidly & effectively. Sealability–Wheaton glass serum vials feature a inblowbackin feature in neck & bottom that allows for a 2 or 3 legged lyophilization stopper to be securely & evenly seated in the mouth of the vial. Water vapor Transmission Barrier–Wheaton glass serum vials are made from premium, low extractable, borosilicate glass, which offers a superior barrier to water vapors. Can be autoclaved, by dry heat, by chemical, by gas, or by radiation. Mfg from Wheaton in200in low extractable borosilicate glass tubing to hold uniform thickness.