PHYSICS SCHOOL LAB EQUIPMENT

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PHYSICS SCHOOL LAB EQUIPMENT Specification

Display Type
Analog scale or digital (model dependent)

Features
Robust, easy-to-use, student safe, ergonomic design

Temperature Resistance
Up to 400C (for glass components)

Control Type
Manual/Analog or Digital

Accuracy
2% (for measuring instruments)

Glass Type
Borosilicate glass for transparent parts

Shape
Cylindrical or rectangular (varies by item)

Speed Range
0-1500 rpm (for stirring/motorized equipment)

Heating Capacity
Up to 500W for heating devices

Power Supply
AC

Type
Physics School Lab Equipment

Dimension (L*W*H)
Varies by apparatus; typically 30cm x 20cm x 15cm

Equipment Type
Demonstration and Experimental Apparatus

Equipment Materials
Glass, Metal, Plastic, Wood

Power
Dependent on device; 220V/50Hz for electrical equipment

Voltage
220V (for powered equipment)

Material
Corrosion-resistant steel, borosilicate glass, high-grade plastic

Application
Educational laboratory experiments in physics

Capacity (Ltr)
Varies (from 250ml to 2L for specific items)

About PHYSICS SCHOOL LAB EQUIPMENT

We are the leading manufacturers and exporters of school science lab equipment. we offer school physics lab equipment, school chemistry lab equipment, laboratory glassware, chemistry glassware, school biology lab equipment, science lab equipment and export quality class A glassware

Premium Quality and Reliability

Every piece in our Physics School Lab Equipment set is crafted using high-grade materials, such as borosilicate glass for enhanced temperature resistance and corrosion-resistant steel for durability. With a robust and ergonomic design, our equipment is suitable for regular classroom use, standing up to daily handling by students and teachers alike.

Safe and User-Friendly Design

Our apparatus sets prioritize student safety with non-toxic, shatter-resistant materials. Anti-rust coatings on all metal parts and smooth, polished finishes ensure safe handling and maintenance. All devices are easy to use, especially crafted for beginner to intermediate users to support straightforward demonstrations and experiments.

Versatile and Compliant

Each set meets rigorous ISI and ISO compliance standards and is suitable for a wide range of educational physics experiments. The assortment covers both demonstration and experimental apparatus, providing teachers with versatile options for conducting lessons across various physics concepts.

FAQs of PHYSICS SCHOOL LAB EQUIPMENT:

Q: How do I use the Physics School Lab Equipment set effectively in a classroom setting?

A: Each apparatus is designed for ease of use, with pre-calibrated measuring instruments and user-friendly controls. Follow the included instructions for assembly and application, ensuring you select the suitable equipment for each experiment. All electronic components require a 220V AC power supply if applicable.

Q: What materials are used in the construction of the lab equipment, and how are they beneficial?

A: The equipment utilizes corrosion-resistant steel, borosilicate glass, high-grade plastics, and wood. These materials provide durability, thermal resistance up to 400C (for glass), and ensure student safety through non-toxic and impact-resistant properties.

Q: When does the equipment need recalibration or maintenance?

A: Most devices come pre-calibrated and generally maintain accuracy (2%) for years under normal classroom use. Periodic maintenance, such as checking for wear or residues and cleaning, is recommended once per semester, while recalibration is only necessary after prolonged or intensive use.

Q: Where can the Physics School Lab Equipment set be safely stored?

A: For best longevity, store the portable set indoors in a dry, moderate environment, such as a classroom cabinet or dedicated storage area. The included foam or cardboard packaging ensures components remain secure during storage and transit.

Q: What safety provisions are in place to protect users during experiments?

A: All apparatus components are non-toxic and shatter-resistant. Metal parts are treated with anti-rust coatings, and glass components are designed from borosilicate glass to resist breakage and high temperatures, significantly minimizing risk to students.

Q: How does the equipment benefit students at the beginner and intermediate usage levels?

A: The ergonomic design, clear analog or digital displays, and straightforward manual or digital controls help students confidently explore physics concepts through hands-on learning. The variety of apparatus enables both introductory and more advanced experiments.

Q: What is included in the package, and how is the equipment protected during shipping?

A: Each set contains an assortment of physics lab apparatus, securely packed in foam or robust cardboard packaging. This ensures equipment remains intact and ready for use immediately upon arrival.

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