Density Testing Equipment Dealers in Okhla, Delhi

We supply an extensive range of material testing equipment that is fabricated as per the industry defined quality standards and they deliver consistently accurate results. Used for density tests on aggregates as per procedure laid down. • Made of brass with stainless steel wire mesh 6.3mm size ruggedly constructed, approximately 20cm dia x 20cm high.

• Features: Good Quality, Durable

• Material: Aluminium, Steel
• Finishing: Paint Coated, Power Coated
• Power Supply: Electric
• Application: Industrial, Laboratory
• Feature: Best Quality, Easy To Use
• Voltage: 220V

Smoke Visibility Tester (UIC 564) – Fire Testing Equipment by KDM Global KDM Global is a leading manufacturer and supplier of the Smoke Visibility Tester (UIC 564), an essential fire testing equipment designed to measure the optical density of smoke produced during the combustion of materials. Compliant with UIC 564 standards, this tester is crucial for industries such as railways, construction, and automotive to evaluate the visibility conditions in the event of a fire and ensure fire safety compliance. It is designed to assess the smoke density in confined spaces, making it ideal for applications where fire safety is paramount. The Smoke Visibility Tester helps manufacturers and safety inspectors determine the impact of smoke on visibility, contributing to improved fire safety measures and reduced risk in emergency situations. Key Features: UIC 564 Compliance: Fully compliant with UIC 564 standards, ensuring reliable and accurate results for smoke visibility testing. Accurate Smoke Density Measurement: Measures the optical density of smoke, providing essential data to evaluate how smoke affects visibility during a fire. High-Precision Sensor: Equipped with a high-precision optical sensor to detect minute changes in smoke concentration, providing detailed and accurate readings. Durable Construction: Built with robust materials to withstand long-term use in industrial and laboratory environments. User-Friendly Interface: Features a simple, easy-to-use interface with a digital display, making the device easy to operate and interpret results. Automated Testing: Provides automated testing procedures, reducing human error and increasing the accuracy of results. Applications: Railway Industry: Ensures that materials used in trains, including seats, flooring, and insulation, meet smoke density and fire safety standards, crucial for passenger safety in the event of a fire. Building Materials Testing: Assesses the smoke visibility of materials used in construction, such as wall coverings and insulation, to comply with fire safety regulations. Automotive Industry: Tests interior materials used in vehicles to ensure they do not emit excessive smoke in case of fire, maintaining passenger visibility and safety. Fire Safety Research: Used in fire research laboratories to simulate fire conditions and study the effects of smoke on visibility in confined spaces. Why Choose KDM Global’s Smoke Visibility Tester? Compliance with UIC 564: Meets UIC 564 standards for smoke visibility testing, ensuring compliance with fire safety regulations. High Accuracy: Provides precise and reliable data on smoke density, helping to evaluate the visibility in fire scenarios and ensuring fire safety compliance. Durable and Long-Lasting: Manufactured with high-quality, durable materials to withstand repeated use in testing labs and industrial environments. Efficient Operation: The user-friendly, automated system ensures fast and accurate testing, saving time while ensuring precise results. Versatile Applications: Perfect for industries such as railways, automotive, and construction, where smoke visibility and fire safety are top priorities. KDM Global’s Smoke Visibility Tester (UIC 564) provides an accurate and reliable way to assess smoke density and ensure that materials comply with fire safety standards. With UIC 564 compliance, ease of use, and durable design, it is an essential tool for testing smoke visibility in fire safety applications.