Trace analysis tubes

Manufactured from high quality PTFE with excellent resistance to all chemicals. Manufactured from molded, pure PTFE with a smooth internal finish. Flat base enables a flat contact to the surface for effective heat transfer. PTFE beakers have excellent resistance to chemicals and temperature stability from -200°C to +260°C.

Transparent. Teflon^® FEP bottle with leakproof Teflon^® ETFE screw cap. Highly resistant to chemicals, corrosion and temperature. Autoclavable - cap should be unscrewed and sat loosely on neck before autoclaving.

Griffin Beakers, PTFE are non-contaminating and completely inert to highly corrosive reagents. They are non-wettable, unbreakable, lightweight, and heat resistant. Easy to clean, these beakers have a broad spout for easy pouring. They can be heated on a hot plate up to 288°C when proper care is exercised. The specially molded bottom allows rapid heat transfer.

• Can be heated to 550°F (288°C) and used in a microwave
• Chemically resistant to acids and bases
• Ultra-pure

Teflon^® FEP bottle with Tefzel^® ETFE dropper and cap. Excellent chemical resistance. Autoclavable.

• Chemical and corrosion resistant
• Temperature resistant from -270 to +250 ° C
• Leak-proof Teflon ™ PFA screw caps
• Autoclavable

PFA jars store solutions, paste and bulk materials with no concern about leaching, corrosion, contamination or evaporation. They are resistant to corrosive liquids, acids, solvents, sensitive reagents, and staining solutions. PFA jars feature a large mouth for easy access and non-stick surface for easy cleaning. There is an area for identification marking on the side of the jars. Stackable, these jars have a knurled top for secure grip to facilitate easy opening and closing.

• Chemically resistant
• Ultra-pure
• Heat resistant and usable to cryogenic temperatures
• Secondary inner seal design for safety and integrity
• Ideal for storing digestion samples

Griffin Beakers, PFA have a specially machined bottom designed for rapid, efficient heat transfer. They are transparent for easy viewing and graduated for easy measuring. They feature a non-stick, easy-to-clean surface.

• Can be heated up to 260°C and used in a microwave
• Ideal for ultra-pure applications
• Low metal ion content for trace metal analysis

These graduated cylinders offer all the advantages of non-stick inert fluoropolymers. PFA is temperature resistant from -196°C to 260°C and has the lowest metal ion content. As a result, Chemware^® cylinders are excellent for trace metal analysis.

• Easy-to-read graduations
• Smooth pouring, drip-free spout
• Broad base for stability

Highly transparent. Class A tolerances according to DIN EN ISO 1042.
The PFA screw cap guards against contamination.
Outstanding chemical resistance, can be used with strong oxidants, highly concentrated acids and alkalis, hydrocarbons, and ketones.
With laser-engraved lot number and batch certificate. Thermal stress up to 121ºC (autoclaving) does not permanently exceed the tolerance limit.
To preserve the ring mark, do not clean at temperatures exceeding 60ºC.

The advantages of PFA

• Long-term maintenance of low-concentration reference materials in PFA containers
• No memory effects
• Practically no carryover, no cross-contamination due to the extremely hydrophobic, anti-adhesive and smooth surfaces
• High thermal stability, from -200°C to +260°C
• Chemical inertness against nearly all chemicals
• Good transparency and dimensional stability, suitable for volumetric instruments
• Easy to clean
• Use of high purity raw materials

These wash bottles feature a wide-mouth opening for convenience in filling and pouring of all types of liquids. Non-stick and easy to clean, fluoropolymer construction provides superior flex life and mechanical strength. As PFA contains the lowest concentration of trace metal ions of all fluoropolymers, these bottles are ideal for ultra-pure applications and environmental work.

• Wide-mouth for easy filling
• Chemically inert and leak-proof
• Flexible nozzle with 360° swivel; small orifice allows accurate content dispensing
• Transparent and break resistant
• Molded-in graduation marks

Raised graduation with 1 ml subdivisions. Translucent material. Conical interior.
Delivered without lids. Please order the fitting lids separately.

• No memory effects
• Practically no carryover due to the extremely hydrophobic, anti-adhesive, smooth surfaces
• High thermal stability, from -200 °C to 260 °C
• Chemical inertness against nearly all chemicals
• Easy to clean

With reinforced rim and spout. Ungraduated.
Excellent chemical and temperature resistance.

From Soda-lime-glass. Straight rim.

• Ergonomic operation: Simple, practical and ergonomic operation. Large labelling area.
• Lid design: Screw cap for minimized sample evaporation during storage and incubation in a wide range of temperatures from -86 °C to 100 °C
• Material: Exceptionally high-quality, transparent polypropylene, free of plasticizers, biocides or mold release agents, for reliable test results
• Certified purity: Available in lot-tested and certified Eppendorf Quality, PCR clean and sterile purity levels
• Centrifugation safety: Maximum safety and stability for centrifugation up to 25 000 x g and fast and efficient protocols.
• Conical shape: Compatible with accessories for conical 15 mL tubes - many existing adapters and racks can be used.

Erlenmeyer flasks, PFA are chemically inert for ultra-pure applications. The neck of each flask is slightly rounded for pouring and can be plugged with a stopper. The conical shape and neck design allow contents to be mixed or stirred with reduced risk of splashing. The
narrow neck also helps limit evaporation and contamination. PFA material has the lowest metal ion content of any fluoropolymer. Ideal for use in titration and for the preparation of microbial cultures.

• Chemically inert for ultra-pure applications
• Graduated
• Transparent for easy viewing
• Non-stick PFA surface-easy to clean
• Can be used in a microwave

With snap-on lid, PE. For contamination free sample preparation and efficient transportation. Due to a conical depression in the middle of the base very small amounts of a solvent are adequate to absorb the evaporated samples.

The PFA Evaporating Dish design promotes evaporation of excess fluids to produce a concentrated solution or solid precipitate. The flat bottom provides good surface contact with a heat source, while the non-stick angled walls direct fluids to the base, which limits condensation on the dish wall. This PFA dish can be used in a wide range of temperatures, from cryogenics to 260°C. The dish is also ideal for holding solid samples or small volumes of liquid. Features a broad spout for easy pouring.

• Chemically inert
• Ideal for trace metal analysis
• Transparent for easy viewing
• Perfect for microwave use
• Smooth, non-stick surface

This PTFE Evaporating Dish can be used to concentrate a solution or to create solid precipitates. The evaporating dish can also be used as a shallow bath, as a drying dish or as a beaker cover to protect contents from dust and other contaminants. PTFE material is unbreakable, chemically inert, and withstands temperatures up to 288°C. The non-stick surface is stain resistant and easy to clean. Features a broad spout for easy pouring.

• Chemically inert
• Ideal for ultra-pure samples
• Withstands temperatures up to 288°C

With cap with S40 screw thread and srewable frit made of PTFE. Approx. pore size 3 µm for optimal formation of gas bubbles into the liquid. Because all parts are made of high-quality fluorocarbon resins, a broad range of applications are possible. The threaded inlet and outlet connections accept 4 x 6mm i.d. x o.d. tubing , (1000 ml version: 5 x 8mm i.d. x o.d. tubing).

PTFE top with two threaded connections. The standard PTFE frit has a pore size of approx. 3 µm and is screwed on the riser tube with an M8x1 thread. It can be exchanged with the PTFE gas distributor with fine bores which needs a lower primary pressure.

• Temperature resistance: from -200°C to 250°C
• Transparent
• Unbreakable
• Frit easily exchangeable

Transparent. With easily readable, printed black scale.
Very good chemical resistance and very high thermal stability from -100°C to +150°C.
To preserve markings, cleaning at greater than 60°C is not recommended.

Transparent. With a raised scale. Excellent chemical resistance and very high thermal stability from -200°C to +260°C
Autoclavable at 121°C (2 bar) according to DIN EN 285.
The advantages of PFA

• Specially suitable for use in trace analysis
• Ideal for sensitive and valuable samples
• Long-term maintenance of low-concentration reference materials in PFA containers
• No memory effects
• Practically no carryover, no contamination due to the extremely hydrophobic, anti-adhesive and smooth surfaces
• Chemical inertness against nearly all chemicals
• Good transparency and dimensional stability
• Easy to clean
• Use of high purity raw materials

These unbreakable PFA bottles can be used for storage of virtually all corrosive chemicals, including hydrofluoric, nitric, and perchloric acids. PFA bottles are chemically inert, heat resistant with a non-stick, easy-to clean surface and are ideal for environmental sampling. The inert fluoropolymer cap liner ensures leak-proof sealing. Supplied with PFA caps.

• Ultra-pure, the lowest metal ion content of all fluoropolymers
• Unbreakable
• Chemically inert
• Non-stick, easy to clean
• Use for storage in pharmaceutical and semiconductor processing (intermediate stages)

PFA. Transparent, with tightly sealing screw closure (saw-tooth thread). High temperature resistance from -200 to +250°C. Autoclavable at 121°C (2 bar) according to DIN EN 285.

The non-stick, chemically inert surface of PFA petri dishes is non-contaminating and ideal for high-purity biological applications that range in temperature from -200°C to 260°C. Each petri dish is shallow, cylindrical and translucent with a flat bottom that allows for easy observation and uniform specimen growth. Ideal for cell culture or drying applications. Stackable one-piece design does not require a separate lid. Can be autoclaved for repeat use.

• Inert surface
• Non-stick
• Non-protein binding
• Transparent
• Uniform flat bottom

Transparent, neck with NS 29/32. Suitable as safety flask for use with rotary evaporators to collect the distilled off liquid. High thermal stability and chemical resistance.

The advantages of PFA:

• Especially suitable for use in trace analysis
• Long-term maintenance of low-concentration reference materials in PFA containers
• No memory effects
• Practically no carryover, no cross-contamination due to the extremely hydrophobic, anti-adhesive and smooth surfaces
• High thermal stability, from -200 °C to +260 °C, autoclavable.
• Chemical inertness against nearly all chemicals
• Good transparency and dimensional stability
• Easy to clean
• Use of high purity raw materials

With screw cap made of PFA. Cylindrical, tall shape.
Ideal for sample collection, transport and storage of samples.
The advantages of PFA

• Specially suitable for use in trace analysis
• Ideal for sensitive and valuable samples
• Long-term maintenance of low-concentration reference materials in PFA containers
• No memory effects
• Practically no carryover, no cross-contamination due to the extremely hydrophobic, anti-adhesive, smooth surfaces
• High thermal stability from -200°C to +260°C, autoclavable at 121°C (2 bar) according to DIN EN 285
• Chemical inertness against nearly all chemicals
• Good transparency and dimensional stability
• Easy to clean
• Use of high purity raw material

Tube for sample preparation and for use in autosampler racks. With or without individually calibrated ring mark at 10 ml with GL 25 screw cap made from PFA or PE stoppers.

Sample vials made of PFA with conical interior and raised graduation (5 ml subdivisions).
Available in two different types, depending on application:

• Cored outside bottom
• Flat surface on bottom of vial for improved heat transfer (Recommended for use with hot plates

Thermo Scientific™ Matrix™ 2D Barcoded Storage Tubes allow robust storage and tracking of sample volumes ranging from 0.2 ml to 1.4 ml in 96-format. Tubes are molded from medical grade resins and the proprietary barcoding process produces a permanent, high contrast 2D barcode, offering maximum reliability and traceability of compound, biological, and genomic samples.

Secure Tracking

• A permanently-bonded, unique 2D barcode is laser-etched onto the base of every Matrix 2D barcoded storage tube
• A range of VisionMate 2D barcode readers is available to meet your application and throughput needs
• Once sample data is stored, just scan the tube using the database Find feature to instantly access sample information and identify the contents of each storage tube

• Unlike traditional storage tubes or blocks, Matrix 96-format 2D barcoded storage tubes are available in proprietary, stackable, microplate footprint Latch Racks to save precious space in your freezer, refrigerator, compound store or on the bench top
• The latch rack design enables manual multichannel pipette access to 2D tubes and eliminates contamination risk with lid design that does not contact the benchtop
• The latch rack lid can be lifted robotically for 2D tube access with automated equipment and high-throughput applications

• Every 2D barcoded storage tube is scanned to guarantee readability and each code is checked against a full database of all previously assigned 2D codes to ensure zero duplicates across the entire line of Matrix 2D barcoded storage tubes
• Every storage tube is leak tested to ensure the integrity and security of samples

SEPARA integrates in one single device auto-sampler vial, filtration membrane, plunger, and cap/septa. The single step filtering process is efficient and saves time. Fast and simple to use. Reducing sample loss. After filtration the sample is ready to use in most standard autosampler. The pre-slit cap ensures easy and clean transfer of sample. 5 different septa material, PP vial with Ø 12 x 33 mm, Filtering capacity 0.48 ml, dead volume <30 µl, maximum operating temperature 50 °C

Products made of PFA are chemically inert and highly suitable for applications requiring high purity, such as for environmental and trace analysis. They are heat resistant and have a non-stick, easy to clean surface. Due to the extremely hydrophobic, anti-adhesive and smooth surfaces, it has no carry-over, no cross contamination and no memory effects. High thermal stability from -200 °C to + 260 °C. Products made of PFA are ideal for storage of almost all corrosive chemicals, including hydrofluoric, nitric and perchloric acid.

Features

• Very low level of metal ions
• High mechanical strength and dimensional stability
• Can be used in the microwave
• Unbreakable, transparent
• Can be used for cryogenic applications down to -200 °C
• Heat resistant up to 260 °C

• Made from fluoropolymer PFA resin
• Low metal ion content
• Inert

Screw cap, jet and feed tube are one-piece moulded from ETFE. Ideal for contamination-free work and suitable for trace element analysis.

This ultra-shallow, concave dish is ideal for holding, weighing, crystallizing, evaporating and drying small samples of liquids, powders and solids. It can also be used as a convex cover for beakers and Erlenmeyer flasks to limit airborne contaminants, while still allowing gas exchange. All sizes are molded to the same contour for easy stacking. Shatter-proof PTFE material is chemical resistant and easy to clean.

• Inert, chemically resistant
• Smooth and unbreakable
• Use as beaker covers

These PFA graduated bottles have a convenient wide-mouth opening for easy filling and pouring. These unbreakable, chemically inert bottles can be used for storage of virtually all corrosive chemicals. PFA material is heat resistant, non-stick and easy-to-clean. Each includes a PFA cap with an inert fluoropolymer cap liner to ensure leak-proof sealing. Ideal for environmental sampling, or for storage in pharmaceutical and intermediate-stage semiconductor processing applications.

• Wide-mouth for easy filling
• Ultra pure and chemically inert
• Non-stick and easy-to-clean

Transparent, with tightly sealing screw closure (saw-tooth thread S and built-in sealing lip). Excellent resistance to temperature (from -200 to +250 °C). Ideal for long-term storage of high-purity oxidants, acids, alkalis, as well as hydrocarbons, trace analysis solvents and standards. Autoclavable at 121°C (2 bar) according to DIN EN 285.

Made of DURAN^® tubing. Angled to 75°.

Non-porous PFA (PFA fluoroplastic). With a central cone joint socket and GL threaded side necks as indicated, to accommodate heat sensors, electrodes or tubing. Vacuum-compatible under certain onditions. e.g. at 30 mbar pressure and 50°C max. temperature.
For simple connection of tubing, we recommend the Bola laboratory screw fitting, which must be ordered separately (please ensure the correct size fitting is ordered for the tubing bore required).
(Bola item numbers D 590 / D 593 / D 631 / D 632).

For IC Sample Processors and VA Autosamplers.

White. Replacement screw cap for LaboPlast^® screw jars.