Soda lime glass bottles are available with solid-top or open-top caps.

Packers are for use in collection of water samples for metals analyses and a variety of inorganic analytes including cyanide, sulfide, sulfate, chloride, and ion chromatography.

The Corning® Gosselin™ Water Sampling Bottle is designed to meet water sample collection requirements of the United States EPA and Health Canada. These lightweight 125 and 250 ml PET bottles are pre-dosed with 160 mg/L pentahydrated sodium thiosulfate, which provides enhanced stabilization of chlorinated water.

Plastic bottles are for use in metals analyses and multiple inorganic analytes.

These TraceClean® containers are cleaned by Protocol “A”, and are used primarily for grab and compositing of aqueous samples for testing metals and inorganic analytes.

Containers are for collecting groundwater and influent, effluent, and bio-assay waters.

TraceClean® containers are used primarily for the collection of aqueous media for testing metals and a variety of inorganic parameters including alkalinity, anions, acidity, cyanide, sulfate, and hardness. Not all analytical parameters are included on the Certificate of Analysis. Please refer to the Certificate of Analysis for certified analytes and corresponding reporting limits. Secondary uses include containment and archiving.

Ideal for general laboratory use or for volatile organic analysis.

Type III (soda-lime) glass packers are available with solid-top or open-top caps.

Designed for use with EPA compliant total coliform and fecal coliform water analysis using the Colilert analysis method or equivalent.

Narrow mouth and wide mouth bottles, available in natural and amber, are for use in the analyses of metals.

The I-CHEM Certified™ 400 Series bottles are processed to meet or exceed 'US EPA Specifications and Guidance for Contaminant-Free Sample Containers'. I-CHEM Certified™ 400 series bottles include a Certificate of Analysis with a bar-coded production number in every case

HDPE containers, white, with LDPE-lined polypropylene cap, narrow/wide neck. Suitable for metals analyses and water quality parameters.

Cubitainers™ are designed for the efficient storage and transport. Recommended for collecting water samples and other low viscosity liquids to be analysed for inorganic trace analytes.

Thermo Scientific HDPE Cylinder Rounds are general-purpose containers, supplied bulk and unassembled.

Specially designed for EPA Method 1311: Toxicity Characteristic Leaching Procedure (TCLP).

Amber and clear glass bottles for use in the analysis of semivolatiles, pesticides, PCB’s, and metals.

The Security-Snap™ Sterile Coliform Water Sample Bottle meets all the requirements for microbiology sample containers as specified by the 'EPA Manual for the Certification of Laboratories Analyzing Drinking Water'.

I-CHEM Certified™ 200 and 300 series glass bottles are processed to meet or exceed 'US EPA Specifications and Guidance for Contaminent-Free Sample Containers' and come with sample-analysis labels, unattached.

EPA-approved method for detecting the presence or absence of total coliforms and E.coli.

For use in the analysis of semivolatiles, pesticides, and PCBs.

For use with UV-light sensitive samples.

Glass jars for use in soil, sludge, and sediment sampling.

These wide mouth packers are preferred for solids, semi-solids and hazardous waste samples.

Septa-Jars™ are recommended for use in soil headspace analysis and volatile organic analysis.

Dipping bottle with glass container for sampling in sewage plants, as well as mud and water samples.

These plastic bottles are used for the collection of aqueous samples and for testing metals and a variety of inorganic parameters, including alkalinity, anions, acidity, cyanide, sulfate, and hardness.

Certified clean for worry-free sampling.

These plastic containers are cleaned by Protocol 'A', and are used primarily for grab and compositing of aqueous samples for testing metals and inorganic analytes.

These plastic bottles are used for the collection of aqueous media for testing metals and a variety of inorganic parameters, including alkalinity, anions, acidity, cyanide, sulfate, and hardness.