LLG-Beakers are made of borosilicate glass 3.3 and are characterised by high temperature and chemical resistance. The beakers are graduated and the spout facilitates pouring. Complies with ISO 3819. Autoclavable.
ISO 3819With spoutFrom 25 ml with graduation
Highly transparent. Autoclavable to 121 °C for 20 min. and can be used continuously at 100°C. Excellent chemical resistance. Tolerance ±10 %. Conform to ISO 7056 - 1981 (E).
Highly transparent. Autoclavable to 121 °C. Excellent chemical resistance. Conform to ISO 7056 - 1981 (E).
DIN 12331ISO 3819With spoutFrom 50 ml with graduation
Crystal clear. Conforms to ISO 7056 - 1981 (E). Autoclavable. Will withstand 170°C for short periods. Permanent blue printed graduations. Excellent chemical resistance. Tolerance ± 10%.
Conform to ISO 7056 - 1981 (E). Transparent, autoclavable. Will withstand 170 °C for short periods. Permanent graduations are moulded-in for reproducibility. Excellent chemical resistance.
Short form. Highly translucent especially when filled with liquids. Permanently moulded graduations. Heavy duty, with non-drip spout. Thumb grip on handle. Autoclavable
PMP (TPX®), conical, graduated. Can withstand temperatures up to 170°C. With wide base for stability. Food-safe.
Graduated. Can withstand temperatures up to 120 °C. With wide base for stability. Autoclavable. Suitable for foodstuff.
Made of acid and chemicals-resistant polypropylene (PP) for use in the laboratory, workshop and household.With injection moulded scale from 500ml with additional blue embossed scaleFood-safeTemperature resistance: -20 °C to 100 °CStackable
Made of acid and chemicals-resistant polypropylene (PP) for use in the laboratory, workshop and household.With injection moulded scale from 500ml with additional blue embossed scaleFood-safeTemperature resistance: -20 °C to 100 °C
LLG-Beakers are made of borosilicate glass 3.3 and are characterised by high temperature and chemical resistance. The beakers are graduated and the spout facilitates pouring. Complies with ISO 3819. Autoclavable.
With spout. From 25 ml with graduation.
Manufactured from high quality, chemical and corrosion resistant AISI 304 grade stainless steel. Robust seamless construction guarantees a long life cycle. Highly polished smooth interior enables much easier cleaning.
Antistatic, highly transparent, according to DIN 12.311, sterilizable, break-proof, with blue graduation.
DIN 12330With spout
ISO 3819. With spout. From 25 ml with graduation. With easy-to-read scale and large labelling field for easy marking. In fired-on, highly durable white ceramic. Due to the uniform wall thickness, it is suitable for use as a heating vessel. Glass Type I / neutral as per USP, EP and JP. With retrace code (Batch Identification, for all) except 5 ml, 10 ml and 25 ml. Certificate available via the Internet. Autoclavable.
With approximate graduations and spout. Reinforced, sturdy rim and increased mechanical strength for heavy duty. Glass Type I / neutral glass as per USP, EP and JP. With retrace code (Batch Identification). Certificate available via the Internet. Autoclavable.
Highly transparentWith spoutWith embossed graduationsAccording to ISO 7056150 ml, 400 ml, 600 ml Variants in addition to ISO 7056AutoclavableFood safe
With spout and easily readable, raised blue printed scale (10, 25 and 50 ml only in blue printed scale). To preserve markings, cleaning at no higher than 60 °C is recommended. Food-safe product according to regulation (EU) No. 10/2011.
Highly transparent. With moulded, blue graduations, spout and stable, easy-grip handle. Food-safe product according to regulation (EU) No. 10/2011. To preserve markings, do not clean at temperatures exceeding 60 ºC. Conditionally autoclavable at 121 °C (2 bar) according to DIN EN 285. For autoclaving, we recommend the design with raised graduations.
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DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
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DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
Buy Laboratory Beakers in Bulk | häberle LABORTECHNIK
At häberle LABORTECHNIK, you can buy laboratory beakers in bulk for professional laboratories, research institutes, universities, healthcare facilities, quality control laboratories, and industrial applications. As a trusted laboratory beakers bulk supplier, we offer high-quality glass, plastic, and stainless-steel laboratory beakers for mixing, heating, measuring, storing, transporting, and preparing liquids and samples. With competitive pricing, fast delivery, and products from leading manufacturers, we provide dependable solutions for laboratories of every size.
Choose the Right Laboratory Beaker for Your Application
Selecting the right laboratory beaker depends on your application, the chemicals used, and the required temperature resistance.
Borosilicate glass beakers are ideal for heating, mixing, and general laboratory work. They offer excellent thermal shock resistance and high chemical resistance, making them suitable for research, analytical, and quality control laboratories.
Plastic laboratory beakers made from PP, PMP, or PTFE are lightweight, durable, and resistant to many laboratory chemicals. Depending on the material, many models are autoclavable and suitable for biological, pharmaceutical, and chemical laboratories.
Stainless-steel laboratory beakers provide exceptional durability and are commonly used in industrial laboratories and specialized processing applications.
Our Laboratory Beaker Range Includes
At häberle LABORTECHNIK, we supply bulk laboratory beakers in a wide variety of designs and materials to suit different laboratory applications.
Our range includes:
- Borosilicate glass beakers
- DURAN® laboratory beakers
- Griffin beakers
- Berzelius beakers
- PP laboratory beakers
- PMP laboratory beakers
- PTFE laboratory beakers
- Stainless-steel laboratory beakers
- Graduated measuring beakers
- Beakers with pouring spouts
- Tall-form beakers
- Low-form beakers
- Disposable laboratory beakers
Available in multiple capacities and designs, our laboratory beakers support routine testing, scientific research, quality control, and industrial laboratory processes.
Typical Laboratory Applications
Our laboratory beakers are suitable for a wide range of laboratory procedures, including:
- Mixing laboratory chemicals
- Heating liquids
- Measuring approximate volumes
- Sample preparation
- Buffer and media preparation
- Storing and transferring liquids
- Quality control testing
- Water analysis
- Food testing
- Pharmaceutical research
- Environmental analysis
- Biotechnology applications
Whether performing routine laboratory work or advanced research, the right laboratory beaker helps improve safety and efficiency.
Reliable Performance for Everyday Laboratory Use
Our laboratory beakers are manufactured from high-quality materials that provide excellent chemical resistance, heat resistance, and long service life. Many models include easy-to-read graduation markings for approximate volume measurement and integrated pouring spouts for clean and controlled liquid transfer.
Designed for demanding laboratory environments, our beakers help support accurate sample preparation and efficient daily workflows.
Benefits of Buying Laboratory Beakers in Bulk
Purchasing laboratory beakers in bulk offers several advantages for laboratories and industrial organizations.
Benefits include:
- Competitive bulk pricing
- Better inventory management
- Reduced procurement costs
- Reliable product availability
- Fewer purchasing cycles
- Consistent product quality
- Improved laboratory efficiency
Maintaining sufficient laboratory supplies helps reduce workflow interruptions and supports continuous laboratory operations.
Quality Products from Leading Manufacturers
häberle LABORTECHNIK supplies laboratory beakers from internationally recognized manufacturers, including:
- DWK Life Sciences (DURAN®)
- BRAND
- VITLAB
- LLG Labware
- ISOLAB
These manufacturers are trusted worldwide for producing reliable laboratory glassware and consumables that meet the requirements of professional laboratories.
Why Choose häberle LABORTECHNIK?
As an experienced laboratory beakers bulk supplier, häberle LABORTECHNIK provides high-quality laboratory consumables supported by expert advice and dependable customer service.
Our advantages include:
- Wide selection of laboratory beakers
- Glass, plastic, and stainless-steel beakers
- Trusted international brands
- Fast and reliable delivery
- Competitive pricing for bulk orders
- Expert product support
- Complete laboratory supplies from one source
Whether you need to buy laboratory beakers in bulk for research laboratories, universities, healthcare organizations, or industrial facilities, we deliver dependable products that help keep your laboratory operating efficiently.
Frequently Asked Questions
Which laboratory beaker material should I choose?
The ideal material depends on your application. Borosilicate glass is suitable for heating and chemical resistance, PP and PMP are lightweight and durable, PTFE is ideal for aggressive chemicals, and stainless steel is commonly used in industrial applications.
What is the difference between Griffin and Berzelius beakers?
Griffin beakers are shorter and wider, making them ideal for mixing and heating. Berzelius beakers are taller and narrower and are commonly used for general laboratory procedures.
Are plastic laboratory beakers autoclavable?
Many laboratory beakers made from PP and PMP are autoclavable. Always check the product specifications for the recommended sterilization conditions.
Are graduation markings accurate for precise measurements?
Graduation markings provide approximate volume measurements. For highly accurate volumetric analysis, volumetric flasks, graduated cylinders, or pipettes should be used.
Can I buy laboratory beakers in bulk?
Yes. häberle LABORTECHNIK supplies bulk laboratory beakers for laboratories, universities, research organizations, healthcare facilities, and industrial customers.
Why are borosilicate glass beakers commonly used?
Borosilicate glass offers excellent resistance to heat and chemicals, making it one of the most widely used materials for laboratory beakers in research, testing, and quality control.