Share :
Updated On 12/02/2025
DWK Life Sciences is more than just a manufacturer. It represents a global benchmark in laboratory glassware and scientific packaging. Formed through the merger of three renowned industry brands, DURAN®, WHEATON®, and KIMBLE®, DWK supports research and diagnostic laboratories across Australia and around the world.
From university research facilities and pharmaceutical laboratories to environmental testing and industrial R&D, DWK glassware is trusted wherever reliability, chemical resistance, and precision are essential.
DWK Life Sciences combines more than a century of scientific glass manufacturing expertise. By bringing together German engineering from DURAN with the American laboratory heritage of DWK KIMBLE and WHEATON, DWK has developed one of the most comprehensive portfolios of laboratory glassware available worldwide.
Today, DWK operates multiple manufacturing facilities globally and produces thousands of products used across analytical chemistry, biotechnology, pharmaceutical research, and academic laboratories.
The flagship material behind many of these products is DURAN® Borosilicate 3.3 glass. This Type I neutral glass complies with internationally recognised standards such as ISO 3585 and is commonly referenced alongside ASTM E438, which defines properties and classifications for laboratory apparatus glass.
Reliable scientific results begin with reliable laboratory equipment. DWK glassware is engineered to minimise variables that could affect experiments and analytical measurements.
DWK laboratory glassware is typically manufactured from borosilicate 3.3 glass, which provides significantly better performance than standard soda-lime glass used in lower-cost laboratory equipment.
First, borosilicate glass offers superior thermal stability. Its low expansion coefficient allows the glass to withstand high temperatures and rapid temperature changes without cracking. Soda-lime glass, by comparison, expands more quickly when heated and is therefore more prone to thermal shock.
Second, borosilicate glass provides stronger chemical resistance. It is less reactive with acids, solvents, and laboratory reagents, making it ideal for analytical chemistry, pharmaceutical testing, and sample storage.
These characteristics are one of the main reasons borosilicate glass remains the preferred material for laboratory apparatus worldwide.
Across Australian research institutions, universities, pharmaceutical laboratories, and environmental testing facilities, several DWK product lines are widely used.
LabFriend provides laboratories across Australia with access to globally recognised brands including DWK Life Sciences and DWK KIMBLE. By sourcing laboratory equipment through LabFriend, laboratories gain access to trusted scientific brands alongside a broad selection of laboratory supplies.
DWK Life Sciences continues to set the global benchmark for laboratory glassware performance and reliability. Whether you are conducting analytical chemistry, preparing culture media, or storing valuable samples, DWK products help ensure durability, precision, and reproducible scientific results.
Ready to upgrade your laboratory glassware? Explore the complete range of DWK Life Sciences products available at LabFriend.
Related Stories
The advancements in micropipette technology have made labwork more efficient, safe, and reproducible. They have also made it possible to perform more complex and challenging experiments.
Choosing the right laboratory balance is essential for accurate measurements in research, industry, and quality control. This article explains the differences between precision balances, analytical balances, and moisture balances, helping you select the best option based on accuracy, capacity, and application. Whether you need a precision balance for general lab weighing, an analytical balance for ultra-fine measurements, or a moisture balance for rapid moisture analysis, this guide provides expert insights. Find high-quality laboratory balances from top brands at LabFriend.
Choosing the right laboratory equipment is essential for accurate results and efficient research. This guide helps you select high-quality lab instruments based on precision, budget, compliance, and maintenance needs.
Equipping your lab with the right instruments ensures accuracy, efficiency, and reliable results. This guide explores the top 5 essential laboratory instruments—analytical balances, pH meters, centrifuges, spectrophotometers, and water purification systems—helping you choose the best equipment for your research needs.