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Bürkle Catalog

Bürkle Catalog

Product catalog summary

Overview: The document is a 2024 catalogue from Bürkle GmbH, detailing innovative products for laboratory, industry, and science, focusing on pumps, sampling, and labware. It includes contact information, new communication features, and a table of contents outlining various product categories.

Key Sections:

Pumps: This section emphasizes the importance of safety when handling dangerous liquids, recommending the use of appropriate pumps to prevent accidents and health hazards. It discusses the selection criteria for pumps, including container size, pump capacity, and material compatibility. Electric pumps are suggested for large quantities, while manual pumps are suitable for smaller amounts. The section also highlights the OTAL® pump series, known for their ease of use and adaptability to different container sizes.

Samplers: The catalogue lists various samplers for different substances, including bulk goods, viscous substances, liquids, and pharmaceutical products. It also covers disposable and sterile samplers, as well as specialized samplers for ice, meat, and soil.

Containers: This section includes a range of containers such as bottles, canisters, and storage containers, emphasizing their suitability for different storage needs.

Industrial & Laboratory Equipment: The catalogue offers a variety of equipment including trays, bowls, buckets, and protective gear, highlighting their utility in laboratory settings.

Product Highlights:

OTAL® Pumps: Known for their reliability and ease of use, these pumps are available in various materials like PP, PVDF, and stainless steel, catering to different chemical resistances.
Disposable Pumps: Designed for single use to prevent contamination, these pumps are ideal for situations requiring high purity.
Pump-it® Container Pumps: Suitable for quickly emptying canisters and small barrels, these pumps are noted for their precise dosing and compatibility with weak acids and alkalis.

Safety and Usage Recommendations: The document stresses the importance of using pumps that are resistant to the chemicals being handled and advises checking against a chemical resistance list. It also provides guidance on ensuring airtight connections between pumps and containers to prevent leaks.

PumpMaster Container Pumps: The PumpMaster is a versatile manual pressure pump designed for drawing off, decanting, and emptying canisters and barrels. It uses excess pressure to force liquid out and features a stopcock for small quantity extraction. The pump fits commercial container openings with diameters from 46.5 mm to 60 mm and includes an adjustable immersion tube. It is not suitable for hydrochloric acid, and users should consult the chemical resistance list.

Dosing Pumps (Dosi-Pump): Dosi-Pumps are suitable for dosing liquids from barrels, canisters, carboys, or bottles. They are mounted through a drilled hole in the container cap. Available in various capacities (4 ml to 250 ml per stroke), these pumps are made of PP, PE, and stainless steel.

PTFE Barrel Pumps Ultrapure: These pumps are designed for transferring ultra-pure and chemically aggressive liquids, excluding elemental fluorine. They feature PTFE and FEP components for high chemical resistance and include a stopcock to prevent hazardous vapors. Available with rigid or flexible discharge tubes.

PP Barrel Pumps: Made of polypropylene, these pumps are suitable for transferring acids, alkalis, and aggressive detergents. They feature a non-return valve and adjustable immersion depth. Accessories include barrel screw joints and thread adapters.

Stainless Steel Barrel Pumps: These pumps are suitable for flammable liquids and are made of stainless steel AISI 304. They require grounding when used with flammable liquids and have a pumping capacity of 9-22 l/min. Accessories include an anti-static set.

Solvent Pumps: Available in foot-operated and hand-operated versions, these pumps are designed for high-purity liquids like solvents. They feature stainless steel and PTFE components and require grounding when used with flammable liquids. The foot-operated version allows hands-free operation.

Withdrawal System for Solvents: This system uses pressurized gas to dispense high-purity liquids safely and efficiently. It includes a barrel pump and pressure regulating unit, suitable for large quantities and sensitive media. The system is designed to prevent vapor escape and requires grounding when used with combustible liquids.

Overview: The document provides detailed specifications and descriptions of various solvent withdrawal systems and pumps, including their components, materials, and applications. It covers systems for both large and small containers, emphasizing safety features and compatibility with different container types.

Specifications:

Withdrawal Systems: Designed for solvents with flexible discharge hoses, allowing accurate dispensing into distant tanks. Compatible with steel barrels with G 2” threads and adaptable for standard commercial tanks.
Materials: Parts in contact with the medium are made of stainless steel (1.4301) and PTFE, ensuring durability and chemical resistance.
Compliance: Meets the Pressure Equipment Directive 2014/68/EU requirements.

Procedures and Applications:

Mini Solvent Pump: Suitable for small containers up to 10 liters, using an excess pressure principle for safe and precise filling. Includes a grounding cable to prevent electrostatic build-up.
Gas-tight Barrel Pumps: Designed for odour-free liquid transfer, preventing vapour escape by redirecting vapours back to the original container.
Lever and Piston Pumps: Suitable for petrochemical substances, with adjustable pump capacities and designed for easy attachment to barrels.

Accessories and Safety Features:

Anti-static Set: Prevents electrostatic build-up during the transfer of flammable liquids, ensuring safety.
Thread Adapters: A wide range of adapters is available to ensure secure connections between pumps and various container types.

Recommendations:

Ensure proper grounding when handling flammable liquids to prevent fire or explosion risks.
Use appropriate thread adapters for secure connections and to prevent leaks.
Regularly check the chemical resistance list to ensure compatibility with the substances being handled.

Overview: The document provides detailed specifications and features of various types of pumps and accessories, focusing on their applications, technical specifications, and compatibility with different chemical substances. It emphasizes the importance of adhering to the 'List of Chemical Resistance' and highlights the flexibility and independence offered by the hybrid systems.

Key Sections:

Hybrid System Pumps: The document describes two main types of barrel pumps: the EnergyOne driven by a power supply unit and the AccuOne driven by a rechargeable battery. Both systems offer flexibility and independence, with features like easy disconnection of components, touch panel for flow regulation, and excellent chemical resistance.
Specifications: Detailed specifications are provided for each pump type, including immersion depth, item numbers, and available accessories. The pumps are designed for various applications, including transferring watery media, acids, alkalis, solvents, and mineral oils.
Laboratory and Drum Pumps: These pumps are designed for specific applications such as transferring watery media, concentrated acids, alkalis, and solvents. Each pump type has specific motor specifications, pump capacity, and material compatibility.
Double Diaphragm and Magnetic Centrifugal Pumps: These pumps are suitable for pumping viscous, corrosive, and abrasive liquids. They feature high hydraulic performance, maintenance-optimized design, and blockage-free operation.
Accessories and Additional Equipment: The document lists various accessories such as flow meters, stopcocks, and compact spigots, each with specific item numbers and descriptions. These accessories enhance the functionality and adaptability of the pumps.
Safety and Compliance: The document stresses the importance of adhering to safety guidelines, particularly in explosive environments (EX areas), and highlights the DEKRA certification for ignition risk assessment.

Critical Information: Users are advised to pay close attention to the 'List of Chemical Resistance' to ensure compatibility and safety. The document also specifies that certain pumps are not suitable for specific chemicals, such as hydrochloric acid, and emphasizes the importance of using the correct accessories for optimal performance.

Product Overview:
The document provides detailed specifications and usage instructions for various industrial equipment components, including StopCock PA, ball valves, spigots, and safety accessories. These components are designed for use with solvents, petrochemical liquids, and in explosion-proof areas.

StopCock PA:
Made of electrically conductive polyamide, suitable for solvents. Fits 3/4” threads and includes an adapter for inner threads. Features a rotatable spout to prevent drips and a tapered spout for narrow openings. Comes with a PA adapter and is recommended for use with an anti-static set in explosion-proof areas.

Ball Valves:
Available in PP and stainless steel, suitable for various media including crystallizing and solidifying substances. They support pressures up to 10 bar at 20°C and are adaptable with various accessories. Specific models are designed for food safety and high-pressure applications.

Spigots:
Includes models like "Air" and "Brass," designed for self-venting and self-closing applications. Made from materials like stainless steel and PE, they are suitable for different thread connections and media types.

IBC Discharge Valves:
High-quality ball valves with hose connections, suitable for European IBC containers. They ensure reliable emptying and dosing, with a maximum operating pressure of 10 bar and temperature of 80°C.

Safety Equipment:
Includes protective gloves, aprons, and safety goggles. Made from materials like nitrile and PVC, these items are designed for chemical resistance and personal safety. The document emphasizes the importance of consulting the "List of Chemical Resistance."

Accessories:
Various adapters, sealing tapes, and safety stands are available to complement the main products. These accessories enhance the functionality and safety of the equipment.

Recommendations:
Ensure proper grounding when using equipment with combustible liquids. Use anti-static sets in explosion-proof areas and consult chemical resistance lists for safety.

Overview: This document provides detailed information on various types of samplers used for collecting samples from liquids, bulk goods, and viscous media. It emphasizes the importance of proper sampling techniques to ensure accurate quality assurance analyses.

Specifications: The document lists different samplers, including zone samplers, jumbo samplers, and core samplers, each designed for specific sampling tasks. It provides detailed specifications such as material, total length, insertion depth, number of collection chambers, and chamber volume for each type of sampler.

Procedures: The document outlines the correct procedures for taking samples, emphasizing the need for representative and authentic samples to ensure reliable analysis results. It highlights the importance of following DIN standards and internal guidelines, using clean equipment, and ensuring that only qualified personnel conduct the sampling.

Standards and Recommendations: The document recommends using inert materials like stainless steel and PTFE for samplers to prevent contamination. It also suggests using sterile-packed disposable samplers in the food industry and emphasizes the need for easy-to-clean equipment to avoid cross-contamination.

Sampling Techniques: It distinguishes between physical and analytical sampling, explaining the importance of maintaining material properties during physical sampling and focusing on cleanliness during analytical sampling.

Accessories and Additional Equipment: The document lists various accessories for samplers, such as sealing sleeves, emptying devices, and cleaning brushes, along with their specifications and item numbers.

Key Points: - Proper sampling is crucial for accurate quality assurance. - Use of clean, inert materials for samplers is recommended. - Qualified personnel should conduct sampling following established standards. - Different samplers are available for specific tasks, each with detailed specifications.

All-layer-scratcher: The All-layer-scratcher is a patented sampler designed for powders and granules that do not flow freely. It features a scraper that transfers samples to a closable inner tube, divided into zones by sliding PTFE separators to prevent mixing. Made from stainless steel AISI 316L and PTFE, it is ideal for caked bulk goods. Specifications include a diameter of 25 mm, length of 1000 mm, and chamber volume of 180 ml. Accessories include cleaning brushes.

PowderProof®: PowderProof® is a mobile powder sampling solution for powders and granules, featuring a modular design with interchangeable lances and augers. It supports both horizontal and vertical sampling, with accessories like basket-enclosed bottles and sample bags. Models vary by insertion depth and are suitable for powders up to 2 mm and granules from 2 to 4 mm in diameter.

SiloDrill and SiloPicker: The SiloDrill is designed for taking representative samples from silos, featuring a diameter of 90 mm and extendable length up to 350 cm. It includes a sprung inner tube and scraper edge. The SiloPicker is used for sampling bulk goods from silos, with a stainless steel construction and extendable depth capability.

Novartos: Novartos is a pharmaceutical zone sampler for unit-dose sampling according to FDA guidelines. It allows for multiple individual dose samples from one or more points without mixing. Available in various models, it offers precision-fit, interchangeable sample inserts with volumes from 0 to 4.0 ml. Accessories include transport cases and sample inserts.

MicroSampler: The MicroSampler is designed for small quantity sampling of powders, with interchangeable tips for volumes from 0.2 ml to 10 ml. Made from stainless steel AISI 316L, it is sterilisable and easy to clean.

PharmaPicker: The PharmaPicker is used for sampling very small quantities of powders, with adjustable volume tips and extendable length up to 3.50 m. It is made from electro-polished stainless steel AISI 316L and is available with various accessories.

PharmaSpoon: The PharmaSpoon is designed for ultrapure sampling in the pharmaceutical industry, made from stainless steel AISI 316L to prevent cross-contamination.

PharmaSpoon: The PharmaSpoon is a hand-polished tool designed for sterile sampling in the pharmaceutical industry. Its polished surface ensures easy cleaning and visibility of residues, even in trace amounts. Developed by a pharmaceutical company in Basel, Switzerland, it has proven practical in real-world applications.

Powder Sampler Mini: This stainless steel sampler is designed for small quantities, offering precise sampling of 0.01 ml, 0.05 ml, and 0.1 ml volumes. It features a simple push-button mechanism and can reach depths of up to 300 mm. Made from high-quality stainless steel, it is ideal for quick and efficient sampling.

StickProof Sampler: Made from stainless steel AISI 316L, the StickProof sampler is designed for easy insertion and cleaning, with a conical tip for collecting various sample sizes up to 50 ml. It includes a clamp and sampling bags, adhering to ISTA standards for seed lengths.

Sampling Lance Milky: This universal sampler, initially developed for milk powder, conforms to DIN and IDF standards. It features a semi-circular profile lance for easy sample removal and is made from stainless steel AISI 316L.

Sampler Tubus: Designed for coarse-grained bulk goods, the Sampler Tubus is made from stainless steel AISI 316L and features a special tip geometry. It allows for easy sampling from large sacks and adheres to ISTA standards.

QuickPicker: The QuickPicker is a core sampler suitable for direct sampling from sacks or bags. It is easy to use and clean, with no undercuts or edges, making it ideal for quality control. It comes with sample bottles and a cleaning brush.

Control Seal close-it: The close-it seal is designed to prevent leakage from sampling holes in containers. It features a strong adhesive suitable for various surfaces, including those with fine powder or moisture. Available in multiple colors and sizes, it is customizable for specific needs.

Control Seal close-it food & pharma: This variant of the close-it seal is approved for food and pharmaceutical use, featuring a barrier layer of aluminum foil. It complies with FDA guidelines and is suitable for applications requiring high cleanliness standards.

close-ittape: close-ittape is a versatile adhesive tape available in standard and food & pharma versions. It features strong adhesive strength and is suitable for sealing and marking various surfaces.

seal-it Security Seal: seal-it is a self-adhesive label designed for sealing containers securely. It features cross-perforations that tear upon tampering, ensuring the integrity of retention samples.

Tamper Proof Labels safe-it: safe-it labels provide visible proof of tampering with a checkerboard pattern that appears upon removal. They are used for securing samples and preventing unauthorized access.

SampleSafe Seal: SampleSafe seals are made of polypropylene and feature a unique serial number for identification. They offer protection against manipulation with a stainless steel safety spring and are suitable for securing bottles with sealing eyelets.

Sealable Wide-Necked Bottles: These bottles are designed for easy filling due to their wide-necked opening, making them suitable for viscous media, powders, granules, and pastes. They are made of HDPE and are leakproof. Available in various capacities ranging from 250 ml to 2000 ml, with corresponding item numbers for ordering.

Pigment Lance: Used for sampling pigments, pastes, and agglomerating bulk goods, the pigment lance is available in stainless steel AISI 316L. It features half-open and quarter-open flutes for different product consistencies. Various lengths and flute openings are available, each with specific item numbers.

Valve Lance: This sampler is designed for all-layer samples of viscous and paste-like substances, adhering to DIN 51750 pt. 3 and DIN EN ISO 15528 standards. Made of stainless steel AISI 316L, it features an optimized opening mechanism for easy cleaning. Available in lengths of 550 mm and 800 mm.

QualiRod Conical and Cylindrical: These tools are used for sampling paste-like and semi-solid substances. The conical version is made of stainless steel AISI 304, while the cylindrical version is made of AISI420B. Both are sterilisable and come with specific item numbers.

Stainless Steel Spatula: Ideal for sampling powders, granulates, and pasty media, especially in food and pharmaceutical applications. Made of stainless steel AISI 316L, it is sturdy, easy to clean, and autoclavable.

Mini ViscoSampler: Designed for small quantities of viscous substances, this sampler is made of stainless steel AISI 316L with a PTFE piston. It is sterilisable and suitable for the pharmaceutical and cosmetics industry. Available in various lengths and chamber volumes.

ViscoSampler: Used for medium viscosity substances, this sampler is made of ultra-pure PTFE/FEP for contamination-free sampling. It is easy to clean and available in different materials and volumes.

LiquiSampler: Designed for liquid sampling according to DIN EN ISO 15528, this tool is made of PTFE/FEP or PP. It allows for point, all-layer, and bottom sampling with easy cleaning features.

Dip Sampler: Used for simple removal of liquid samples, this sampler is made of transparent PP and features a reflux valve and ball valve for effective sampling.

Disposable Plunging Siphon: Made of PE, this sampler is designed for adhesive liquids where cleaning is complex. It is transparent and minimizes sample retention.

TeleScoop: A versatile sampling system with exchangeable tools for various applications, suitable for industry and water treatment. It features a telescopic rod with adjustable lengths and various sampling tools.

Liquid-Sampler: Designed for single-hand operation, this sampler is suitable for thin to viscous liquids and features a discharge funnel for safe filling of sample bottles.

Overview: This document provides detailed information on various liquid sampling devices designed for different applications, including chemistry, foodstuffs, cosmetics, and industrial use. The document outlines specifications, usage procedures, and available accessories for each sampler type.

1. Liquid CupSampler:

Material: Stainless steel AISI 316L.
Applications: Suitable for liquids of varying viscosity and media containing particles.
Features: Easy cleaning due to detachable cup.
Specifications: Capacity of 100 ml, container diameter of 55 mm, total length of 100 cm.

2. ChemoSampler:

Purpose: Designed for aggressive liquids like acids and alkalis.
Features: Tamper-proof bottle closure, resistant to acids and alkalis.
Specifications: Includes a 1000 ml sample bottle and a 100 cm extension rod.
Usage: Samples can be taken from depths up to 200 cm.

3. Vampire Sampler:

Type: Battery-powered hose pump.
Applications: Suitable for sampling from depths up to 5 meters.
Features: Easy cleaning and exchangeable hoses to prevent contamination.
Specifications: Includes a 250 ml sample bottle and various hose accessories.

4. MiniSampler:

Purpose: Designed for comfortable, quick, and clean sampling.
Models: Available in PE for general sampling and PTFE for ultra-pure sampling.
Features: Disposable suction hose to prevent cross-contamination.
Specifications: Max suction height of 5 meters, suitable for viscous oils.

5. ProfiSampler:

Type: Vacuum-operated sample collector for industrial use.
Applications: Suitable for sampling in barrels, tanks, and other large containers.
Features: Fill level control, automatic return flow, and overfill protection.
Specifications: Suction volume of 200 ml, suction pressure of 0.5 bar.

6. UniSampler:

Purpose: Developed for sampling flammable liquids.
Features: Includes a glass bottle and hose that conduct electricity and are earthed.
Specifications: Comes with a 4 m hose and a 1000 ml glass bottle.

7. Dipping Bottles:

Purpose: Used for sampling at specific depths.
Features: Easy-Click closure for secure sample collection.
Specifications: Capacity of 1000 ml, diameter of 148 mm.

Conclusion: The document provides comprehensive details on each sampler's specifications, usage, and accessories, ensuring users can select the appropriate device for their specific sampling needs.

Overview: Bürkle offers a comprehensive range of dipping containers for liquid sampling across various sectors, including environmental, petrochemical, and Ex protection areas. The products are designed for point sampling, all-layer samples, and bottom sampling, with specific features to ensure safety and efficiency.

Specifications: Dipping bottles and immersion cylinders are available in various materials, including nickel-plated brass and stainless steel, to prevent oxidation and ensure non-spark production. They are suitable for use in Ex protection zones 0 and 1, and explosion groups IIA, IIB, and IIC. The products are tested by DEKRA EXAM GmbH.

Procedures: The document outlines the procedures for using dipping bottles and immersion cylinders, including lowering, sampling, and emptying techniques. Special manually-operated drum reels are recommended for lowering due to the weight of the vessels.

Safety Guidelines: When sampling flammable liquids, Ex-proof guidelines must be followed. This includes using conductive lowering cables and hand reels with grounding connections.

Product Features: The dipping bottles feature an Easy-Click closure for rapid bottle exchange, and the immersion cylinders have a screw-off top for easy cleaning. Both are designed for fast lowering due to their high weight.

Disposable Samplers: Bürkle offers disposable samplers, such as DispoSampler, LiquiDispo, and DispoPipette, which eliminate the need for cleaning and reduce cross-contamination risks. These are manufactured in clean rooms and can be optionally sterilized by gamma rays.

Accessories: Various lowering cables and manually-operated drum reels are available as accessories, with options for different materials and lengths to suit specific sampling needs.

Overview: The document provides detailed specifications and descriptions of various disposable sampling tools and bags used in pharmaceutical, chemical, and food industries. These products are designed for sterile sampling and storage of powders, granulates, liquids, and pastes.

1. DispoPicker and MicroDispo: These are disposable samplers used for extracting small quantities of samples, particularly in pharmaceutical applications. They are made of HDPE, manufactured in clean rooms, and optionally sterilized by gamma rays. DispoPicker is available in lengths of 300 mm and 500 mm with volumes of 60 ml and 100 ml, respectively. MicroDispo is available in lengths of 500 mm and 1000 mm with a volume of 10 ml.

2. MultiDispo and ZoneDispo: MultiDispo is designed for easy emptying through the handle and is suitable for free-flowing powders and small-grain granulates. ZoneDispo is used for collecting representative all-layer samples from multiple layers. Both are made of HDPE, clean room manufactured, and optionally sterilized.

3. TargetDispo: This sampler is used for precise target-point sampling. It is made of HDPE, clean room manufactured, and optionally sterilized. It allows easy emptying through the handle.

4. SteriBag Sampling Bags: These are sterile, leakproof sampling bags made of polyethylene, suitable for various industries. They are available in different capacities and can be labeled. Variants include SteriBag StandUp, SteriBag Blue, SteriBag Premium, and SteriBag Cleanroom, each offering unique features like stand-up bases, tamper-proof closures, and double packaging for cleanroom use.

5. SteriPlast® and LaboPlast® Products: These are high-quality, ergonomically designed disposable products for sampling. SteriPlast® products are sterilized by gamma rays and meet all requirements for sterile sampling. LaboPlast® products are designed for laboratory, industrial, and scientific applications, ensuring high quality and excellent craftsmanship.

6. Sampling Tools: The document describes various sampling tools like scoops, spatulas, and syringes. These tools are made of polystyrene, individually packaged, and optionally sterilized. They comply with EU food requirements and FDA regulations, making them suitable for sensitive areas in pharmaceuticals, chemistry, and food industries.

Overview: The document provides detailed specifications and descriptions of various disposable laboratory tools manufactured by LaboPlast® and SteriPlast®. These tools are designed for single use in clean room environments and comply with EU food requirements and FDA regulations. The products include spatulas, spoons, forceps, scrapers, funnels, and bio-plastic alternatives.

Specifications:

Materials: Most products are made from polystyrene (PS), with bio-plastic options available made from renewable raw materials (Bio-PE).
Manufacturing: All products are manufactured in clean room class 7 environments, ensuring high purity and compliance with regulatory standards.
Packaging: Products are individually packaged, with options for gamma ray sterilization for enhanced sterility.

Product Details:

Spatulas and Spoons: Available in various sizes and models, including standard and sterilized versions. Designed for sampling powders, granulates, and fluids.
Forceps: Available with pointed or broad tips, suitable for precise lab work and handling small objects.
Scrapers: Used for scraping, smoothing, and cleaning. Available in standard and sterilized versions.
Funnels: Designed for transferring liquids and powders, with options for sterile packaging.
Bio-Plastic Products: LaboPlast® Bio and SteriPlast® Bio lines offer environmentally friendly options made from renewable materials, maintaining the same functional properties as conventional products.

Applications: These disposable tools are suitable for use in pharmaceuticals, chemistry, cosmetics, food and beverage, and animal feed industries. They are designed for single use to ensure hygiene and prevent cross-contamination.

Environmental Considerations: The document highlights the use of bio-plastics to reduce environmental impact, emphasizing sustainability and recyclability.

Overview: This document provides detailed specifications and applications for various disposable sampling tools made from renewable raw materials, primarily used in industries such as pharmaceuticals, food, cosmetics, and chemistry. The tools are designed for single use, ensuring hygiene and compliance with EU and FDA regulations.

1. Sampling Palette Knife Spatula:

Made from Bio PE, white, flexible, and break-proof.
Suitable for cutting viscous media, ripping packaging film, stirring, and blending.
Available in large packages or individually sterilized.

2. Disposable Funnels:

Bio PE, white, made from renewable raw materials.
Clean room manufactured (class 7), individually packaged, and optionally sterilized.
Available for liquids and powders, designed to prevent clogging and ensure no loss during transfer.

3. Blue Disposable Tools:

Includes samplers, scoops, spatulas, and tweezers.
Made of PS, blue, individually packaged, and sterilized by gamma rays.
Complies with EU food requirements and FDA regulations.
Designed for easy identification in food processing due to their unique blue color.

4. Detectable Disposable Tools:

Made of PS detectable, blue, with additives for detection by metal detectors or X-rays.
Ideal for HACCP/IFS/BRC foreign object management.
Includes detectable scoops and spatulas, suitable for powders, granulates, and pastes.

5. DispoDipper Sampling Tube:

PP, blue transparent, individually packaged, and optionally sterilized.
Designed for sampling and transport without cross-contamination.
Available in various capacities with scaled measurements.

Conclusion: The document outlines a range of disposable sampling tools designed for hygiene and compliance, suitable for various industries. The tools are manufactured in clean rooms and are available in both standard and sterilized forms, ensuring they meet stringent industry standards.

Overview: This document provides detailed specifications and descriptions of various detectable sampling tools and utensils used in industries such as pharmaceuticals, food, cosmetics, and chemistry. These tools are designed for single-use, ensuring compliance with EU food requirements and FDA regulations, and are manufactured in clean room class 7 environments.

1. Detectable Spatula and Scoop:

Made of PS detectable blue polystyrene, individually packaged, and sterilized by gamma rays.
Available in various sizes for sampling powders, granulates, and pastes.
Long handles facilitate sampling from large containers or narrow openings.

2. Detectable Spoons:

Available in different sizes, suitable for sampling powders, granulates, and fluids.
Manufactured in clean room class 7, individually packaged, and sterilized.

3. Detectable Volumetric Spoons:

Used for precise measurement and dosing of small amounts of media.
Features a stripper edge for accurate measurement.

4. Detectable Ladle:

Designed for sampling liquids, viscous media, powders, and granulates.
Features a long handle with finger indentations for a firm grip.

5. Palette Knife Spatula:

Used for applying, distributing, or spreading viscous media.
Suitable for scraping out bowls and removing residue.

6. Detectable Funnels:

Available for liquids and powders, made of detectable blue polystyrene.
Individually packaged and sterilized for single use.

7. Detectable Scraper:

Sturdy and convenient for scraping, smoothing, and cleaning.
Made of high-grade stainless steel for chemical resistance.

8. Forceps:

Available in various forms for precise lab work.
Individually packaged and sterilized for single use.

9. Micro-Spatula:

Used for sampling, transferring, or processing small amounts of media.
Available in disposable and stainless steel versions.

10. Spoon Spatula:

Double-sided for sampling and processing various media.
Manufactured without edges to prevent contamination.

11. Dosing and Measuring Spoons:

Used for precise measurement of small amounts of media.
Available in sets with various capacities.

12. Sample-Spoon:

Designed for withdrawing small quantities of samples.
Made of stainless steel, largely chemical resistant.

13. Measuring Scoops:

Graduated shovels for filling and measuring powders and granules.
Made of high chemical-resistant PP.

14. EasyScoop:

Ergonomically designed for sampling bulk goods with high specific weight.
Made of light aluminium, bright-anodised.

15. PharmaScoop:

Meets high requirements of the pharmaceutical industry.
Made of stainless steel AISI 316, GMP conform.

PharmaScoop Specifications:
PharmaScoops are available in various capacities ranging from 10 ml to 3000 ml, with corresponding diameters and lengths. They are designed for sampling powders, granulates, and pastes, made from stainless steel AISI 304, which is sterilisable and autoclavable. The design includes a smooth, high-gloss polished surface, making it food-safe and ideal for chemical, pharmaceutical, animal feed, and food applications.

FoodScoop Specifications:
FoodScoops are robust hand scoops, particularly suited for the food industry. They feature a seamless connection between the scoop and handle, ensuring no crevices or edges. Made from stainless steel AISI 304, they are especially sturdy and have a highly polished surface.

Plastic Scoops and Scrapers:
Plastic scoops and scrapers are made from polypropylene, offering high chemical resistance, unbreakability, and hygiene due to their non-stick surface. They are suitable for various industries, including pharmaceuticals, biotechnology, food, and agriculture. These tools are available in different colors and may include anti-static and anti-microbial properties.

IceSampler and Ice Borer:
The IceSampler is designed for sampling frozen, highly viscous materials like ice cream. It features a drill-shaped cutter and a detachable collection cylinder. Made from stainless steel AISI 316L, it is sterilisable and easy to clean. The Ice Borer is used for deep-frozen and semi-solid substances, ideal for quality control in food and animal feed industries.

Soil Samplers:
Soil samplers like the Puerckhauer and GeoSampler are designed for light and heavy soils, respectively. They are made from stainless steel and feature depth graduations and reinforced impact heads for efficient sampling.

SnowPack® Dry Ice Machine:
SnowPack® enables the production of dry ice tablets for low-cost cooling without electricity. It is widely used in hospitals, laboratories, and industries for cooling baths, pre-cooling samples, and freezing biological substances.

Sample Containers:
Sample containers are made from highly transparent PP, resistant to high temperatures and chemicals. They feature a tightly closing lid and are suitable for storing various sample materials. They are autoclavable, freezer-safe, and food-safe.

Overview: This document provides detailed specifications and descriptions of various laboratory containers and bottles, including sample containers, tubes with screw caps, aluminium bottles, and more. It highlights their capacities, dimensions, materials, and specific features suitable for laboratory and industrial use.

Sample Containers: These are sterile containers available in different capacities (50 ml to 300 ml) with features like labelling areas and graduations. They are designed for aseptic sample collection and can be autoclaved without the cover.

Tubes with Screw Caps: These tubes range from 12 ml to 1000 ml in capacity and are made from PP with LDPE covers. They are suitable for food use and have a temperature resistance from -20°C to +120°C for the beaker and -80°C to +75°C for the cover.

Aluminium Bottles: Made from pure aluminium, these bottles are ideal for storing and transporting substances that need to remain unaltered. They are odour-neutral, light-impervious, and rustproof, with UN approval for safe transport.

Sealable Wide-Necked Bottles: These HDPE bottles are leakproof and easy to fill due to their wide-necked opening. They are particularly suited for viscous media, powders, granules, and pastes.

Narrow-Necked Bottles: Available in various capacities, these bottles are made from LDPE and are suitable for universal use in storing and transporting liquids. They come with screw caps and are transparent for easy content visibility.

Sustainability Efforts: The document mentions the use of Green PE, a biopolymer made from renewable resources, which reduces CO2 emissions. Products like LaboPlast® Bio and SteriPlast® Bio are highlighted for their environmental benefits and compliance with EU and FDA guidelines.

Pressure Sprayers: These are designed for industrial and food industry use, featuring adjustable spray jets and ergonomic handles. They are made from materials like PE, PP, and AISI 316, ensuring durability and safety.

Spray Bottles: These bottles are designed for various applications including agricultural pesticides and detergents. They feature media-contacting parts made of PP, PE, and stainless steel, with a nozzle diameter of 0.6 mm that is adjustable. The spray volume per stroke is 1.2 ml ± 0.1, and they can handle liquid temperatures from 0 to 30°C. The Turn’n’Spray model allows spraying from any position, even overhead, due to its special technology.

Pump Vaporiser Bottles: These bottles come with a pump vaporiser and a safety cap, allowing for fine vaporisation of liquids. They are made of HDPE with a spray pump of PP and stainless steel, ensuring environmental compatibility and easy content identification.

Pump Bottles with Dosing Dispenser: These bottles provide precise dosing and protect contents from contamination. They feature a lockable pump head and are ideal for reagents, detergents, disinfectants, or lotions.

Safety Wash Bottles: These bottles prevent dripping due to a venting valve that releases excess pressure. They are made of LDPE with permanent GHS-compliant printing and are available in various colors for different substances.

Dropping Bottles: Designed for controlled dosing, these bottles are made of LDPE and come with a captive cap. They are suitable for dispensing liquids in small amounts.

Aluminium Bottles: These bottles are ideal for storing and transporting substances without alteration. Made of pure aluminium, they are odour-neutral, rustproof, and come with a tamper-evident screw cap. They are UN approved for dangerous goods.

Tubes and Containers: Various tubes and containers are available for storing, packing, and transporting samples. They are made of materials like PP and HDPE, offering features like sterilisability, transparency, and resistance to high temperatures and chemicals.

Sample Containers: These containers are designed for easy filling and complete emptying. They are made of PP, highly transparent, and suitable for various sample types. Sterile options are available, complying with ISO standards.

DispoDipper: This is a disposable sampling tube made of blue transparent PP, suitable for food and pharmaceutical industries. It is individually packaged and can be sterilised, ensuring no cross-contamination during sampling.

Custom Branding: Customers can have their logos printed on selected Bürkle products, enhancing brand visibility.

Product Customization and Printing: We offer customization options for various products including pressure sprayers, measuring beakers, and flow indicators. Customers can have company logos, instructions, and other messages printed on these products. The prints are durable, resistant to weak acids, alkalis, and solvents, and maintain color intensity over time. We support all common color scales and provide design assistance.

Sample Beakers: Sample beakers are aseptic, suitable for food use, and can be autoclaved. They are made of PP with an LDPE cover, resistant to temperatures from -20°C to +120°C for the beaker and -80°C to +75°C for the cover.

Compact Jerrycans: Compact jerrycans are space-saving, stable due to ribbed structure, and can be stored lying down. They are available with or without a threaded connector and are made of transparent PP. Accessories include support stands and spigots.

Electroconductive Jerrycans: These jerrycans are made of electrically conductive HDPE, suitable for explosion-proof areas, and prevent ignition from electrostatic charge. They comply with ATEX 137, TRBS2153, and CENELEC 50404 guidelines.

Storage and Transport Containers: Various containers are available for storage and transport, including wide-necked jerrycans, storage bottles, and universal storage containers. They are made of HDPE, stackable, and some have UN transport approval.

Disposal Kegs and Wide-Mouth Containers: These containers are suitable for disposal or storage of powders, granulates, and liquids. They have UN transport approval for solids and are made of HDPE.

Mixing/Dosing Containers: These containers are seamless, impact-resistant, and suitable for food. They have a wide-necked opening for safe filling and are made of LDPE.

General Recommendations: When using containers for combustible liquids, ensure they are earthed and use anti-static sets. Pay attention to the "List of Chemical Resistance" for safe usage.

Overview: This document provides detailed specifications and descriptions of various laboratory equipment and accessories, including titrating burettes, pipette stands, single-use pipettes, safety pipetting balls, pipette rinsing systems, bungs, draining racks, test-tube racks, dry ice machines, and various types of tubing. Each section outlines the features, materials, and specific uses of the products.

Titrating Burettes: The document describes a splinter-proof titrating burette made of borosilicate glass with a plastic sheathing for enhanced durability. It features precise dosing capabilities and is resistant to chemicals. The burette is available in different capacities with specific precision and height measurements.

Pipette Stands and Accessories: A pipette stand is detailed, capable of holding up to 40 pipettes with adjustable height and a sturdy base. Accessories include funnel holders and sedimentation funnel holders.

Single-use Pipettes: These are made of polystyrene and LDPE, available in various capacities, and are individually sterile-packed for aqueous solutions.

Safety Pipetting Balls: These are available in multiple colors and are designed for use with pipettes up to 100 ml, featuring an automatic valve for easy liquid handling.

Pipette Rinsing Systems: The system includes a pipette basket and is designed for easy cleaning and storage of pipettes, made from transparent PE material.

Bungs: The document lists silicone and PE bungs, highlighting their temperature resistance, sterilisability, and non-toxic properties.

Draining Racks: Available in wall-mount and benchtop models, these racks are made of PVC and PP, with adjustable rods for drying various laboratory apparatus.

Test-tube Racks: Made of PP, these racks are stackable, steam sterilizable, and suitable for various laboratory environments.

SnowPack® Dry Ice Machine: This machine produces dry ice tablets for cryogenic cooling, suitable for various scientific and industrial applications.

Tubing: The document details various types of tubing, including PVC, PTFE, PE, and silicone, each with specific chemical resistance, temperature ranges, and pressure ratings.

Conclusion: The document provides comprehensive information on laboratory equipment, emphasizing durability, chemical resistance, and precise functionality. It serves as a guide for selecting appropriate tools and accessories for laboratory and industrial applications.

Overview: The document provides detailed information on Bürkle LaboPlast® hose connectors, highlighting their specifications, materials, and applications. It emphasizes the use of PVDF (polyvinylidene fluoride) for demanding applications due to its superior properties.

Specifications: The connectors are available in various shapes (I, T, Y, X, L) and sizes to ensure flexibility and safety in connections. They are primarily made from polypropylene (PP) and PVDF, with PVDF offering higher chemical and temperature resistance (up to 160°C), making it suitable for the food industry and autoclavable.

Product Range: The document lists different types of connectors, including T-connectors, Y-connectors, four-way connectors, angled connectors, and universal hose tubing connectors. Each type is available in multiple sizes and materials (PP and PVDF), with specific temperature and chemical resistance properties.

Key Features: - PVDF connectors are highlighted for their high chemical and temperature resistance, UV resistance, and suitability for demanding applications. - The connectors are sterilizable, making them suitable for various industrial and laboratory applications.

Additional Products: The document also describes other related products such as non-return valves, flow indicators, tubing clamps, hose clips, and rapid couplings. Each product is detailed with its material composition, temperature resistance, and specific use cases.

Applications: These connectors and accessories are designed for use in industries requiring reliable and flexible hose connections, such as laboratories, food processing, and chemical handling.

Conclusion: Bürkle LaboPlast® offers a comprehensive range of hose connectors and accessories, emphasizing quality, flexibility, and safety for demanding applications. The use of PVDF material is particularly recommended for its superior properties.

Overview: This document provides detailed specifications and item numbers for various types of rapid couplings, threaded fittings, vacuum pumps, and other related accessories. The focus is on the dimensions, materials, and specific features of each product, catering to different industrial and laboratory applications.

1. Rapid Couplings:

Female Connections: Available in nominal widths of 3.2 mm and 6.4 mm, these couplings come with various connection types such as hose nozzles, screw-joints, and conical external threads. Materials include POM and PP, with options for models with or without valves.
Male Connections: Similar to female connections, these are available in 3.2 mm and 6.4 mm widths, with options for hose nipples and angled nipples. They also offer different thread types and materials.

2. Threaded Fittings:

Includes hose nozzles, tube nozzles, and angle brackets made primarily from PP. These fittings are designed for various thread sizes and nominal widths, providing flexibility in application.
Additional components like hexagonal nuts, flat seals, and container connectors are also detailed, emphasizing their compatibility with different thread types.

3. Vacuum and Pressure Pumps:

VacuMan Pump: Available in PVC and aluminium, these pumps are designed for creating vacuum or pressure without a power supply. They are maintenance-free and corrosion-resistant.
Water-Jet Pump: Used for liquid and gas withdrawal, this pump is efficient in water consumption and provides high suction capacity.
AirJet Mini Pump: A membrane vacuum pump suitable for laboratory use, offering oil-free operation and high gas tightness.

4. Mercury Collector:

Designed for the safe collection and reuse of spilt mercury, featuring a tub with a special foam insert for absorption.

5. Desiccator:

Available in various sizes, these are used for maintaining a dry environment for samples, with accessories like perforated plates.

Key Features:

Products are made from durable materials like POM, PP, and aluminium, ensuring longevity and resistance to corrosion.
Many items are designed for easy installation and maintenance, with options for customization based on specific industrial needs.

Desiccator Components:
- Perforated plates and O-rings are available for desiccators with internal diameters of 150 mm, 200 mm, and 250 mm. The desiccators are made of break-resistant plastic, suitable for vacuums up to -740 mmHg, with a maximum continuous temperature of +60°C. They include a hose connection for 8.5 mm inner diameter hoses and come with an O-ring.

Eye Rinsing Station:
- The Eyes Fresh mini eyewash station can be attached to standard cold water taps and is suitable for workplaces with aggressive substances. It meets DIN EN 15154-2 standards and includes a 600 ml leakproof bottle.

Protective Gloves:
- Rubiflex gloves are made from nitrile rubber, offering high abrasion and cut resistance, and comply with EN 374 standards. HotGrip hand protection is made of silicone rubber, resistant to temperatures from -50°C to +200°C.

Magnetic Stirring Bars:
- Made of PTFE, these bars can withstand temperatures up to +270°C. A set includes 10 standard bars with varying dimensions.

Chemical Resistance:
- A detailed table provides chemical resistance ratings for various plastics against numerous substances. Ratings range from 1 (resistant) to 4 (not resistant), with additional hazard notes.

Plastics Overview:
- The document lists various plastics, their temperature ranges, sterilization methods, and chemical resistance. It emphasizes the importance of testing for specific applications.

Thread Specifications:
- Provides dimensions and types of threads for containers, with guidance on selecting the correct adapter.

UN-Approved Containers:
- Describes containers with UN approval for transporting hazardous materials, emphasizing safety and cost-saving benefits.

Specifications:

Materials used are ultra-pure, translucent, glass-clear, and impermeable to light.
Manufactured from renewable raw materials and suitable for foodstuffs.
Exceptional temperature resistance, autoclavable up to 121°C for 20 minutes.
Products are sterilized and have tight-closing caps.
Comply with explosion protection guidelines, UN approved, and produced according to DIN and CE norms.

Procedures and Guidelines:

Observe explosion protection guidelines.
Warranty and unusual delivery periods are noted.
General Terms and Conditions apply to all orders, available online.

Sustainability Efforts:

ACT certified, focusing on sustainability and transparency.
Products in SteriPlast® Bio and LaboPlast® Bio ranges carry the ACT label since 2023.
Green PE made from sugar cane, reducing CO2 emissions and the greenhouse effect.

Additional Information:

Required and optional accessories are listed.
General information and important notices are provided.

Catalog excerpts

+49 7635 6121-231 Bürkle GmbH Rheinauenstr. 5 79415 Bad Bellingen Thread adapter stainless steel page 27 Depth stop for samplers page 62 Powder sampler Mini page 74 Sampling drill for stalk material page 162 Sample containers page 165 Pump bottle with dosing dispenser page 184 We are available for you by Live Chat and WhatsApp! Do you have any questions about one of our products or about your order? Chat directly with one of our sales employees! Contact us by WhatsApp: +49 176 29947486 Live Chat via text, audio or video: www.buerkle.de/en/chat Our General Terms and Conditions apply to all orders....

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Pumps Container pumps, barrel pumps, dosage pumps, withdrawal systems, barrel connectors, thread adapters, electric pumps, stopcocks, spigots, ball valves Samplers Samplers for bulk goods, samplers for viscous substances, samplers for liquids, samplers for pharmaceutical products, disposable & sterile samplers, ice and meat sampling, soil sampling Containers Bottles, spray bottles, wash bottles and dropping bottles, boxes, canisters, wide-mouth containers, storage containers, stacking containers, tubs, big containers, safety containers, packaging containers Industrial & laboratory equipment Trays,...

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Table of contents pumps 6 - 14 Container pumps 15 - 23 Barrel pumps 15 - 17 Barrel pumps for acids and alkalis 18 - 23 Barrel pumps for flammable liquids 25 - 27 Accessories for pumps 26 - 27 Barrel connectors, thread adapters 31 Siphon 32 - 39 Electric pumps 38 - 39 Double-diaphragm pumps, magnetic centrifugal pumps, Airjet compressor 40 - 49 Stopcocks, spigots, ball valves, IBC discharge valves 50 - 55 Accessories for pumps

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Pumps Pumps and stopcocks

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Fill off liquids – but do it safely Safety is the top priority Dangerous liquids must never be filled off by directly pouring them out. Even the use of a funnel does not provide the required degree of safety when bottling dangerous liquids.  Increased accident risk by slipping on dirty floors.  Skin diseases or poisoning by spilt chemicals.  Health hazard from harmful vapours. liquids is an investment in the safety and health of your employees which pays for itself in a very short time. Choosing the right pump Apart from the size and type of the container, the required pump capacity and the...

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Materials The most suitable pumps are robust industrial pumps made from top-quality materials such as polypropylene (PP) for acids and alkalis, or stainless steel AISI 304 (1.4301) for flammable liquids. We always recommend the use of PTFE seals. Always check that the material is resistant to the medium to be pumped. In many cases, a check against the chemical resistance list will help. Any questions? Container connections In contrast to metal drums, which usually have an G 2“ fine thread, there are no standard connection threads for plastic drums. There are basically two different ways of attaching...

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OTAL ® liquid transfer pumps | filling off liquids quickly, safely and cleanly The OTAL ® pump program has been on the market for 70 years. The pumps are popular and appreciated thanks to their easy handling in daily use. Thanks to the simple stopper system, OTAL ® pumps can be used for all common containers. The OTAL ® Mini allows even very small containers to be filled. Only the tube comes into contact with the liquid when OTAL ® pumps are used, so that a great deal of liquid can be filled off using the tube materials PP, PVDF and stainless steel AISI 304 (1.4301). The different tube diameters...

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OTAL® disposable pumps Use 1. Push the delivery tube into the universal plug and attach the pump ball. 2. Shorten the delivery tube, cutting it off at a slight angle. 3. Build up pressure with the pump ball and transfer the liquid. 4. To replace the delivery tube, cut off the tube directly below the plug. 5. Dispose of the lower end of the tube directly. Pull the upper end out of the universal plug. 6. Insert a new tube. burke OTAL pump with disposable delivery tube made of PE, for single use. In OTAL pumps the medium being transferred comes in contact only with the delivery tube. The disposable...

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OTAL ® hand pumps | to fit most commercial storage drums The telescopic immersion tube adapts itself to the container height on insertion. This ensures good removal of residual liquid and means that the hand pump can be used with different containers.  Particularly compact, space-saving hand pump  Good pump capacity  With universal bungs made of soft PVC, for container openings of 30–70 mm Ø Attention! Make sure to pay attention to the “List of Chemical Resist

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OTAL® hand pumps | to fit most commercial storage drums burke © OTAL® hand pump with hose and stopcock OTAL® hand pump with hose and tap with discharge hose with a length of 1.5 m made of PVC and PP/PE stopcock, delivery tube made of PP. The discharge hose is particularly suited to fill distant containers. © OTAL® mini pump made of PP OTAL® PP mini pump with delivery tubes made of PP and universal bungs made of soft PVC. ► For small containers, ideal for containers up to 10 litres ► With universal bungs for container openings of 20-36 mm 0 © OTAL® battery-pump OTAL® pump for safe filling of car...

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OTAL ® foot pumps | high performance, sturdy, for industrial use The telescopic immersion tube adapts itself to the container height on insertion of the foot pump. This ensures good removal of residual liquid and means that the foot pump can be used with different containers.  Simple handling: Both hands remain free for filling  Very good pump capacity due to large volume foot bellows  With universal bungs made of soft PVC, for container openings of 30–70 mm Ø Attention! Make sure to pay attention to the “List of Chemical Resista

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OTAL® foot pumps | high performance, sturdy, for industrial use burke © OTAL® foot pump made of PP OTAL® foot pumps with delivery tubes made of PP, resistant to weak acids, alkalis and detergents. © OTAL® battery-pump OTAL® pump for safe filling of car batteries with acid or distilled water. © OTAL® foot pump made of PVDF OTAL® foot pump with delivery tubes made of PVDF, particularly for acids and alkalis, not for heavily oxidising acids and alkalis. Resistant to chlorine bleach. With its special material properties, PVDF has an even better chemical resistance than PP © OTAL® foot pump made of...

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