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For PlateLoc Thermal Microplate Sealer   Keep your microplate heat sealing fast, easy and reliabledont breakup a proven team: Agilents PlateLoc hardware and its growing range of consumable heat seal. Agilent heat seal features high-tech materials intended and validated for life science applications and has the detailed, published specifications to back it up.

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Store anhydrous, hygroscopic biological and chemical compounds in a tight seal with these clear desiccator cabinets.

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Inserts are available preassembled with a polymer bottom spring or patented Top Spring™. The polymer spring acts as a shock absorber that protects against breakage if the needle bottoms out. The conical design permits complete sample removal. The Step Insert sits precisely in the neck of the vial, thus eliminating the need for metal or plastic springes.

Designed for use with 20mm headspace vials, the BiMetal Seal is comprised of tin and aluminum materials. The outer surface (red or blue) is aluminum and the inner diameter is a silver tin.  The Seal is available preassembled with a .118" PTFE/Silicone Septa or a .100" PTFE/Silicone Septa.

A convenient and easier alternative to aluminum seals, the 9mm magnetic cover and screw thread closure prefitted with a variety of septa is designed for use in CTC GC PAL, Agilent, Gerstel and Shimadzu instruments.

Manufactured at our UK based facility in type 1B neutral clear or amber glass LSL’s glass ampoules conform to ISO9187-1. Ampoules without break or to British Standard can be manufactured to special order.

Glass Connecting Tubes Glass Joint Adapters Glass Joint Sleeves Glass Joint Tape Glass Joints Glass Tubing Accessories Glass Tubing

Application The MagNA Pure LC O-Ring Maintenance Kit is used for the manual greasing of the O-Rings. Product Description Regular greasing prolongs the lifetime of the nozzle-head O-Rings of the MagNA Pure LC Instrument, and ensures pipetting accuracy. In addition to greasing, it is necessary to replace the O-Rings periodically. Contents O-Rings, 12 x 8 O-Rings Grease, 1 vial

High-Purity Acids, Always fresh to hand thanks to Subboiling. As rule, chemical prices increase exponentially as the chemical’s purity increases. Therefore, even where annual consumption is apparently minimal, high-purity acids can quickly become a significant cost factor for trace analysis laboratories. These costs can be avoided by the employment of a subboiling apparatus to produce high-purity acids from more economical…

Part Numbers:1801-00: pierceable silicone square well sealing mat suitable for heat sealing

• DNase, RNase and DNA free pestles.• To homogenize cells or resuspend precipitates such as protein or DNA pellets.Part Numbers:1004-39: pestle for 0.5 ml tubes1005-39: pestle for 1.5 ml tubesAssorted colors available

This 5 mL PYREX® receiver is used to determine the amount of dilution in crankcase oils when gasoline has been used as fuel. It is designed to allow heat-sensitive materials to be kept away from the hot base of the flask and has an outer 24/40 Standard Taper joint at the top and an inner 24/40 Standard Taper joint on the sidearm. Reference: ASTM D-322.

This is a clamp for the 25 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 50 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 125 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 250 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 500 mL Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

This is a clamp for the 1L Erlenmeyer flask, for use with Corning® LSE™ Orbital Shaker and Corning® LSE™ Low Speed Orbital Shaker.

The Corning® polytetrafluoroethylene faced silicone septa fit into open top PBT caps (No. 1395-25HTSC) with GL25 threads to allow for aseptic reagent delivery or culture sampling using a syringe and needle. They can be autoclaved at 121°C or dry heat sterilized at up to 180°C.

The Corning® orange polypropylene caps are autoclavable at 121°C, have a GL32 thread and use a linerless plug seal design for efficient sealing.

The Corning® polytetrafluoroethylene faced silicone septa fit into open top PBT caps (No. 1395-32HTSC) with GL32 threads to allow for aseptic reagent delivery or culture sampling using a syringe and needle. They can be autoclaved at 121°C or dry heat sterilized at up to 180°C.

The Corning® orange polypropylene caps are autoclavable at 121°C, have a GL45 thread and use a linerless plug seal design for efficient sealing.

The Corning® silicone septa fit into open top PBT caps (No. 1395-45HTSC) with GL45 threads to allow for aseptic reagent delivery or culture sampling using a syringe and needle. They can be autoclaved at 121°C or dry heat sterilized at up to 180°C.