Rock
Aggregate
Cement
Concrete
Soil
Steel
Bitumen/Asphalt
Security Survey Equipment
General Items
GRADUATED MEASURING JARS AZA1047
AZA1047 Graduated Measuring Jars from AZA LAB (Azalab) are precision-designed containers used for accurate measurement, handling, and transfer of liquid volumes in laboratory, industrial, construction, educational, and kitchen environments. Engineered for durability and clarity, these jars deliver reliable and repeatable measurements where accuracy is critical.
Manufactured from high-quality polypropylene (PP), polycarbonate (PC), ordinary glass, borosilicate glass, or soda glass, the jars offer excellent chemical resistance and thermal stability, making them suitable for use with acids, alkalis, solvents, water, oils, and hot liquids, depending on material selection.
Description
Graduated measuring jars are indispensable tools in both scientific and practical measurement workflows. The AZA1047 range combines clear graduation markings, ergonomic handling, and robust construction, ensuring ease of use and long service life even under frequent handling and washing.
Each jar is clearly graduated in milliliters (ml) and, where applicable, fluid ounces (oz). The graduations are printed or embossed to ensure visibility and resistance to wear over time. A wide mouth opening allows easy filling and mixing, while the integrated spout and sturdy handle enable controlled, spill-free pouring.
Available in capacities ranging from 5 ml up to 2000 ml, AZA1047 jars are suitable for tasks ranging from small-volume laboratory analysis to bulk liquid measurement in industrial and construction applications.
Materials Available
- Polypropylene (PP) – Lightweight, autoclavable, chemical-resistant
- Polycarbonate (PC) – High clarity, impact-resistant
- Borosilicate Glass – Excellent thermal and chemical resistance
- Ordinary / Soda Glass – Cost-effective option for general use
(Material selection depends on application and temperature/chemical exposure.)
Applications
- Laboratory liquid measurement and solution preparation
- Construction site testing (silt, sand, and liquid volume measurement)
- Industrial quality control and process monitoring
- Educational and training laboratories
- Pharmaceutical and chemical handling
- Kitchen and food preparation requiring accurate volume measurement
Key Features
- Accurate, easy-to-read graduated volume markings
- Available in multiple capacities (5 ml to 2000 ml)
- Chemical-resistant materials suitable for laboratory use
- Transparent body for clear visibility of contents
- Wide mouth for easy filling and mixing
- Integrated handle and pouring spout for controlled dispensing
- Stackable design for efficient storage
- Reusable and easy to clean
- BPA-free (plastic variants)
Technical Specifications
| Feature | Specification |
|---|---|
| Model | AZA1047 |
| Capacity Range | 5 ml to 2000 ml |
| Measurement Units | Milliliters (ml), Fluid ounces (oz) |
| Available Materials | PP, PC, Borosilicate Glass, Soda Glass |
| Transparency | Clear |
| Chemical Resistance | High (material dependent) |
| Temperature Resistance | Material dependent (PP & borosilicate suitable for heat) |
| Autoclavable | Yes (PP & PC variants) |
| Reusable | Yes |
| Typical Use | Lab, construction, industrial, kitchen |
Frequently Asked Questions (FAQ)
Q1: Are AZA1047 measuring jars autoclavable?
Yes. Measuring jars made from polypropylene (PP) or polycarbonate (PC) are autoclavable and suitable for sterilization.
Q2: Can these jars be used in kitchens?
Yes. They are food-safe and ideal for accurate measurement of liquids and dry ingredients.
Q3: What is the smallest measurement increment?
Depending on size, graduations are typically 5 ml or 10 ml, with smaller jars offering finer resolution.
Q4: Will the graduation markings fade over time?
No. The high-quality embossed or printed markings are designed to withstand repeated washing and handling.
Q5: Are the jars resistant to chemicals?
Yes. PP and borosilicate glass variants provide excellent resistance to most laboratory chemicals.
Why Choose AZA1047 Measuring Jars from AZA LAB?
- Wide range of sizes and materials
- Accurate, durable graduation markings
- Suitable for lab, industrial, construction, and kitchen use
- Easy handling and spill-free pouring
- Trusted AZA LAB quality and consistency
Additional information
| Purpose |
Measurement of silt, sand, and various liquid volumes |
|---|---|
| Capacity Range |
From 5 ml to 2000 ml |
| Chemical Resistance |
Depends on material (PP and Borosilicate highly chemical-resistant) |
You may also like…
Related products
DAILY RAIN GAUGE AZA1080
The Daily Rain Gauge is a fundamental precipitation measuring instrument used in meteorology, environmental laboratories, agriculture, hydrology, and educational weather stations. Designed for simplicity, accuracy, and durability, AZA1080 by AZALAB enables precise manual measurement of daily rainfall over fixed observation periods, typically 24 hours.
Manufactured from transparent, UV-resistant polycarbonate, this rain gauge provides excellent visibility of collected rainfall while withstanding prolonged outdoor exposure. Clearly graduated markings in millimeters (mm) ensure accurate and repeatable readings, making it suitable for both scientific monitoring and instructional use.
ELECTRONIC THERMOMETER AZA1075
The Electronic Thermometer is a fast-response, high-accuracy temperature measuring instrument widely used across laboratory, industrial, pharmaceutical, medical, HVAC, and food safety environments. Designed with advanced electronic sensing technology and a clear digital display, it delivers reliable and repeatable temperature readings within seconds.
The AZA1075 Electronic Thermometer from AZALAB is engineered for precision, durability, and ease of use. Available in contact probe-based and non-contact infrared (IR) configurations, it supports a wide range of applications—from direct immersion in liquids to hygienic surface temperature measurement.
HEAVY DUTY BALANCE AZA1089
The AZA1089 Heavy Duty Balance is a high-capacity digital industrial weighing scale engineered for laboratories and production environments that require accurate weighing of large, bulky, or heavy materials. Designed for durability, stability, and precision, this balance is widely used in quality control labs, manufacturing plants, R&D facilities, cement and concrete labs, agriculture, and material testing environments.
Built to handle demanding workloads, the AZA1089 combines a robust mechanical structure with reliable electronic measurement, delivering consistent and repeatable results even under high-load conditions.
HOT PLATE (CIRCULAR) AZA1059
The AZA1059 Circular Hot Plate from AZALAB is a robust and reliable laboratory heating device designed for uniform and controlled heating across a wide range of routine and critical laboratory applications. Its compact circular design ensures efficient bench-space utilization while delivering consistent thermal performance, making it an essential tool in chemical, biological, pharmaceutical, research, and educational laboratories.
The AZA1059 is ideal for boiling liquids, evaporating solvents, heating reagents, and general sample preparation, where stable and evenly distributed heat is critical for reproducible results.
HOT PLATE (RECTANGULAR) AZA1060
The AZA1060 Rectangular Hot Plate from AZALAB is a robust, high-performance heating solution engineered for laboratories and industrial environments requiring uniform, continuous heating up to 300°C. Designed for durability and consistent thermal performance, the AZA1060 is suitable for academic, research, quality control, and industrial testing laboratories.
The unit features a powder-coated mild steel body with stove paint finish and a heavy-duty cast iron heating top with heat-resistant coating, ensuring efficient heat transfer and long operational life. The rectangular design provides a larger usable heating area, making the AZA1060 ideal for heating multiple vessels or larger glassware simultaneously.
Uniform heating is achieved through side-fitted high-grade heating elements, ensuring consistent temperature distribution across the plate surface. Temperature regulation is available via capillary thermostat or energy regulator, depending on application requirements. All size variants operate at a rated power of 1.5 kW, ensuring reliable and stable performance.
MOISTURE TINS AZA1049
AZA1049 Moisture Tins from Azalab are precision laboratory containers specifically designed for the determination of moisture (water) content in soils, aggregates, powders, and other granular materials. These tins are a fundamental accessory in geotechnical, civil engineering, construction material, and academic laboratories, where accurate moisture measurement is essential for reliable test results.
Manufactured from lightweight aluminum or corrosion-resistant stainless steel, AZA1049 moisture tins are engineered to withstand repeated heating cycles, handling, and long-term laboratory use without deformation or loss of dimensional stability.
SAMPLING TRAYS AZA1045
AZA1045 Sampling Trays are robust, laboratory-grade trays designed for safe handling, heating, storage, and transfer of bulk material samples in testing and quality control environments. These trays are indispensable tools in geotechnical laboratories, construction material testing labs, soil and aggregate testing facilities, environmental labs, food testing units, and industrial R&D centers.
Specifically engineered to withstand repeated handling and oven heating cycles, AZA1045 trays provide a stable, non-reactive surface for maintaining sample integrity throughout preparation, drying, and evaluation processes.
TRIPOD STAND AZA1081
The Tripod Stand is a fundamental laboratory support apparatus used extensively in chemistry, biology, physics, and general science laboratories. Designed to safely hold laboratory glassware and vessels over direct heat sources such as Bunsen burners or spirit lamps, AZA1081 by AZALAB ensures stability, safety, and uniform heating during experimental procedures.
Constructed from heavy-duty cast iron or mild steel, the tripod stand features a rigid three-legged triangular design that evenly distributes weight and maintains balance during high-temperature operations. The circular top ring supports wire gauze or clay triangles, allowing secure placement of beakers, flasks, crucibles, and evaporating dishes.