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ISO12870 test

High Temperature & Ignition Flame Resistance Test Machine for Goggles Faceshield

HT-5002
minimum order
1 set
Quantity:
$1000.00 - $4000.00 / set
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  • Type: Goggles Ignition Tester
  • place of origin:Hubei, China
  • Accuracy:0.1%
  • Application:Universal Testing, Plastic Testing, Lab Testing, Laboratory Testing, Electrical Testing
  • customized support:OEM, ODM, OBM, Software Reengineering
  • power:100W
  • Protection Class:IP65
  • Voltage:220 V
  • warranty:1 Year
 
Product Description
 

Safety Eyewear / Goggles Flame Retardant Tester-steel rod heat tester

Verifies fire resistance with 650°C heating rod contact. Complies with ANSI/EN/ISO standards. Ideal for QC labs ensuring compliance. Includes digital timer and calibration certificate.

Application:
Safety Glasses / Goggles / Face Shield / PPE Testing / Quality Control / Laboratory.

ANSI Z87.1 Heated Rod Test Procedure for Safety Eyewear:

1. Sample Mounting: Secure the goggle/lens sample vertically.

2. Rod Specification: Use a cylindrical steel rod with a 6 mm diameter tip.

3. Heating: Heat the rod tip to (650 ± 20)°C.

4. Application: Apply the heated tip perpendicularly to the lens surface with light pressure (≤ 1 N).

5. Duration: Maintain contact for (60 ± 1) seconds.

6. Press the heated face ofthe rod against a surface of the protector (the contact force being equal to the weight ofthe rod) for 5.0 ±0.5 seconds, and then remove it.

7. Pass/Fail Criterion: protectors shall not ignite or continue to glow once the rod is removed. Each externally exposed material (exclusive of textiles or elastic bands) shall be tested.

 
 
Applied Code

ANSI Z87.1 / EN 166 /EN168 / CSA Z94.3 / AS/NZS 1337/ ISO 16321/IEC/EN 60695-2-13/ASTM D3874/ISO 11925-2

Technical Parameter
 
Heating Rod Dimensions: 6×300 mm (0.24×11.81 in)
Heating System Temperature: 650±20°C (1202±36°F)
Heating zone length: ≥50 mm (1.97 in)
Thermocouple Position:Mounted 20±1 mm (0.79±0.04 in) from rod end
Contact force: Rod's self-weight only
Duration:5.0±0.5 seconds
Timing accuracy:±0.1 sec

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