MASSES, SLOTTED, AND HANGERS

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MASSES, SLOTTED, AND HANGERS Specification

Automation Grade
Manual

Model No
Not Specified

Capacity
Varies by Set

Core Components
Masses, Slotted Discs, Hanger Rod

Accuracy
100 %

Feature
Highly Efficient

Measurement Range
Depends on set (e.g., up to 1 kg)

Temperature Range
Not Specified

Equipment Materials
Brass, Mild Steel, or Stainless Steel with Nickel Plating / Powder Coating

Type
Slotted Masses with Hangers

Usage
Laboratory

Dimension (L*W*H)
Standard/Varies by set; (for example, masses diameter commonly ~25 mm)

Weight
As per Set (Total set weight varies based on number of slotted masses included)

About MASSES, SLOTTED, AND HANGERS

Brass. Accurate. Hanger made of brass wire with hook. Slot in the masses makes it easier to slide masses in and out of hanger, without the masses sliding off the hanger.

Four weights of 50g each and one hanger of 50g. Total set of 5 weights, 250g. Tolerance ± 1%%.

Four weights of 100g each and one hanger of 100g. Total set of 5 weights, 500g. Tolerance ± 1%%.

Nine weights of 10g each and one hanger of 10g. Total set of 10 weights, 100g. Tolerance ± 2%%.

Three weights of 20g each, one hanger of 10g, two of 5g each, and one hanger of 20g. Total set of 7 weights, 100g. Tolerance ± 2%%.

Slotted Masses: 10, 20, 50, 100g.

Separate Hanger: 10, 20, 50, 100g.

Reliable and Accurate Laboratory Weights

These slotted masses with hangers are highly efficient and provide 100%% accuracy for force and weight experiments. Crafted from premium raw materialsbrass, mild steel, or stainless steelthey are suitable for repeated use in demanding laboratory environments. Their corrosion-resistant finish ensures long-term durability and minimal maintenance.

Designed for Versatility and Convenience

Each set features standard dimensions and slot sizes for easy setup. Whether for classroom demonstrations, precise measurements, or research, the hangers and masses are compatible with most rod systems. Sets are boxed or cased for safe handling and customized options are available to suit specific experimental requirements.

FAQs of MASSES, SLOTTED, AND HANGERS:

Q: How are the slotted masses and hangers typically used in laboratory settings?

A: Slotted masses with hangers are primarily used for mechanics demonstrations, physics experiments, and force and weight studies. They are hung on rods using the compatible slots and hanger rods, enabling accurate measurement and easy adjustment during experiments.

Q: What materials are available for these masses and hangers, and what are their surface finishes?

A: The masses and hangers are manufactured using brass, mild steel, or stainless steel. Each component features a smooth, corrosion-resistant surface, available in either metallic or black powder-coated finishes to suit specific laboratory requirements.

Q: When should I choose customized sets of slotted masses and hangers?

A: Customization is recommended when specific dimensions, capacities, or surface finishes are required for unique experiments or non-standard laboratory setups. Requests for custom sizes, packing types, or material choices can be accommodated by contacting the manufacturer or supplier.

Q: Where can these laboratory weights be used, and are they compliant with standards?

A: MASSES, SLOTTED, AND HANGERS are suitable for use in laboratories, educational institutions, and research facilities across India. They comply with laboratory standard equipment guidelines to ensure reliability and consistency in scientific applications.

Q: What is the process for ensuring secure transportation of these products?

A: The masses and hangers are packed in either robust boxes or wooden cases, providing secure transport and preventing damage during shipping. This packaging is designed to protect the core components and maintain product integrity until use.

Q: What benefits do slotted masses with hangers offer for educational and research purposes?

A: These laboratory weights deliver highly accurate and efficient performance for a wide range of experiments. Their durable materials, corrosion-resistant finishes, and modular design simplify both teaching and research, supporting consistent results and long-term reliability.

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