Plastic Smoke Density Tester F313

Whats/App: +86 156 1874 6768

Web: standard-groups.com

The F313 Plastic Smoke Density Tester is a precision instrument designed to measure the specific optical density of smoke generated during the combustion of plastics. Developed according to GB/T 8323.2-2008, ISO 5659.2-2006, and ASTM E662-2014, it provides accurate data on smoke generation characteristics of materials. The device is widely used in plastics, construction, automotive, and aerospace industries to evaluate fire safety performance and ensure compliance with fire protection requirements.

Standards:

The instrument conforms to the following national and international standards: (1) GB/T 8323.2-2008 – Plastics – Smoke generation – Part 2: Determination of smoke density using the single-chamber method (2) ISO 5659.2-2006 – Plastics – Smoke generation – Part 2: Determination of optical density (3) ASTM E662-2014 – Standard test method for specific optical density of smoke generated by solid materials (4) BS 6853:1999 – Railway applications – Smoke generation from passenger carriage materials (5) NFPA 262 – Standard test method for flame and smoke spread (6) UL 94 – Standard for flammability of plastic materials (7) ISO 1210 – Determination of thermal stability and flammability of plastics

Applications:

You can use the F313 Plastic Smoke Density Tester in the following areas:

Plastics industry: Evaluate smoke generation of various plastic materials, especially for fire safety assessment and material selection.

Construction industry: Test smoke density of building materials, including coatings and plastics used indoors.

Automotive industry: Assess smoke generation of interior materials to meet fire safety standards.

Aerospace industry: Conduct fire safety evaluations of aircraft materials and components.

Research institutions: Simulate fire scenarios for fire prevention and firefighting research.

Fire safety product development: Support testing and certification of fire-resistant materials.

Public safety applications: Evaluate safety materials used in airports, train stations, shopping malls, and other public spaces.

Parameters

Parameter	Specification
Measurement range	0.0001–100% smoke density; 0–924 (six automatic ranges)
Operating voltage	200–240 V, 50 Hz
Environmental conditions	Room temperature – 40°C, relative humidity ≤85%
Heat flux	50 kW/m²
Light source	6.5 V incandescent lamp, wavelength 400–750 nm
Detector	Silicon photodiode, 0–100% transmittance, 0.001% precision
Fuel type	Propane ≥95% purity
Burner	Igniter and nozzle combination, 10 mm from sample
Smoke measurement system	Digital display of optical density
Chamber design	Fully open doors for easy loading, cleaning, and side-mounted controller
Gas sampling port	Optional, for toxicity testing
Chamber coating	Chemically resistant and easy to clean

Features

(1) High-precision smoke measurement: Advanced photodetector and silicon cell ensure accurate optical density readings.

(2) Automated testing: Minimizes manual intervention, improving efficiency and data reliability.

(3) Standards compatibility: Supports GB, ISO, ASTM, and other international standards.

(4) Versatile applications: Suitable for plastics, construction, automotive, aerospace, and safety testing.

(5) Safety design: Equipped with automatic shut-off to ensure operational safety.

(6) Modular configuration: Optional gas measurement ports and printer for expanded functionality.

(7) Durable and stable: High-quality materials and corrosion-resistant coating ensure long-term reliability.

Accessories

(1) Propane cylinder (≥95% purity, user-supplied)

(2) Smoke sampling tube (1 set)

(3) Silicon photodiode (1)

(4) Light source lamp, 6.5 V (1)

(5) Filter set (1)

(6) Protective door (1)

Test Principles

The F313 Plastic Smoke Density Tester measures smoke optical density by placing a burning plastic sample in a controlled environment. A light source passes through the smoke, and a silicon photodiode detects the transmitted light. The system calculates the specific optical density of the smoke. Maximum optical density is measured to evaluate the smoke-generating characteristics of the plastic material. All measurements strictly comply with GB, ISO, and ASTM standards.

Operation Instructions

Sample preparation: Ensure test samples meet dimensional requirements (100 × 100 mm, thickness ≤50 mm).

Device setup: Connect power and set appropriate parameters, including temperature and gas flow.

Start test: Press the “Start Test” button; the system automatically ignites the sample and collects data.

Safety precautions: Operators should wear protective equipment and ensure adequate ventilation.

Test completion: Data is automatically displayed and can be printed. Clean the chamber to remove residual smoke before turning off the device.

Conclusion

The F313 Plastic Smoke Density Tester delivers accurate, repeatable measurement of smoke generation characteristics in compliance with major international standards. With high-precision optical detection, automated operation, and a robust safety-oriented design, it supports reliable fire-safety evaluation across plastics, construction, automotive, and aerospace applications. Its versatility and standards compatibility make it an essential tool for material assessment, product development, regulatory compliance, and public safety assurance.

FAQ

(1) What is this product?

The F313 Plastic Smoke Density Tester is an instrument used to measure smoke generation of plastics during combustion, providing optical density data for fire safety evaluation.

(2) What is this product used for?

You can use it to assess plastics, construction, automotive, and aerospace materials for smoke generation and fire performance.

(3) How does this product work?

It burns a plastic sample in a controlled chamber, measures light transmitted through the smoke using a silicon photodiode, and calculates smoke optical density.

(4) Why is this product important?

It provides objective, standardized data on smoke generation, helping evaluate material fire safety and ensure compliance with national and international standards.

(5) Which industries is this product suitable for?

This instrument is suitable for plastics, construction, automotive, aerospace, research institutions, and public safety applications.

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