.: ACTIVPOWER :. Segurança

Películas de Segurança - Testes Oficiais

Intertek ETL 5emko, Canadian Explosives Research Laboratory, Mining Resource Engineering Ltd, AB5 Consulting e Carieton UniVersity Engineering Department são alguns dos laboratórios reconhecidos, que testaram, verificaram e provaram o desempenho das películas de segurança. Cada uma destas respeitáveis companhias de testes, testaram as películas de segurança.

	Provas de impacto AN51 Z97.1, CP5C, 16 CFR, Parte 1201 - Categories I e 11- 5afety standard for Architectural Glazing Materials
	Provas de roubo ULC 5332-93 - Burglary Resisting Glazing Material (equivalente a UL 972) Resistência contra furacões Metro Dade County Test Protocol TA5 201-94, TA5 202-94, TA5 203-94 A5TM 1BB6, A5TM 1996
	Resistência a projécteis UL 752-95 Nível 2 - Bullet Resisting Equipment
	Redução dos impactos associados a explosões de bombas GSA nível 1 GSA nível 2 (Limitado) BMAG nível 1

Safety Zone Tests and Accreditation Security Films have successfully achieved the following International Standards:
	4 Mil (100 Micron): Part No R12306T Approved British Standard 6206: 1981, Class B Approved ANSI Z 97.1 (100 lb. – 12”, pendulum fall) Approved CPSC 1201, Cat. 1 (100 lb. – 18”, pendulum fall) Approved European Standard EN 12600 level 2B2 Improves protection against accidents with windows and sliding doors. Improves protection against flying shards in bomb blast situations
	4 Mil Silver 20 (100 micron): Part No R12122T Approved European Standard BS EN 12600 level 2B2
	4 Mil Clear Exterior (100 micron): Part No R12106X Approved European Standard BS EN 12600 level 2B2
	5 Mil matte (125 micron): Part No R14811 Approved European Standard BS EN 12600 level 2B2
	7 Mil (175 Micron): Part No R19801T Approved CPSC 1201 (100 lb. – 48”, pendulum fall) Approved European Standard EN 12600 level 1B1 Approved ANSI Z 97.1-1984, Cat. 2 (100 lb. – 48” pendulum fall) GSA LEVEL C tested by ARA: 600lbs, 188 ft, Avg. Measured Peak Pressure: 4.4 psi, Avg. Measured Positive Impulse: 30 psi-msec. (Hazard level: Low. Protection level: High. 2–3b) Improves protection against bomb blasts with No-Bar or other Anchoring Systems
	8 Mil (200 Micron): Part No R22301T Approved by EN 356, Class P1 Approved CPSC 1201 (100 lb. – 48” pendulum fall) Approved ANSI Z 97.1-1984, Cat. 2 (100 lb. – 48” pendulum fall) Approved European Standard BS EN 12600 , level 1B1
	12 Mil (300 Micron): Part No R32303T Approved per German Norm DIN 52290 (11/88), part 4, Class A1 (drop onto test piece 3 steel balls of 9 lbs from 11.5 ft height) Approved European Standard EN 356, P2A Approved UL 972 Standard for Burglary Resisting Glazing Material AS 201, TAS 202, TAS 203 Florida Building Code, Test Protocols for High Velocity Hurricane Zone (Dade County Small Missile Test) Improves protection against bomb blast, break in, smash and grab, vandalism and hurricane damage.

Definitions
	Visible Light Transmitted (VLT) The percent of total visible light (380-780 nanometers) to be passed through a glazing system. Test method: ASTM 903-82
	Visible Light Reflected The percent of total visible light to be reflected by a glazing system. Test method - ASTM E 903-82.
	Ultra Violet (UV) Block The percent of Ultra Violet radiation (300-380 nanometers) to be passed through a glazing system. Test method - ASTM D1003.
	Total Solar Energy Reflected The percent of total solar energy (300-2500 nanometers) to be reflected by a glazing system. Test method - ASTM E 903-82.
	Total Solar Energy Transmitted The percent of total solar energy to be passed through a glazing system. Test method - ASTM E 903-82.
	Total Solar Energy Absorbed The percent of total energy (300-2500 nanometers) to be absorbed by a glazing system. Solar absorbency is that portion of total solar energy neither transmitted nor reflected. Test method - ASTM E 903-82.
	Emissivity The ability of surface to absorb heat and to reflect it. The lower the emissivity, the less room heat is absorbed - the more heat is reflected back into the room.
	U-Factor The overall coefficient of heat transfer equals the reciprocal of R value. This value is a function of temperature and wind speed and is expressed in BTU per square foot per hour per degree Fahrenheit (BTU/sq.ft.hr/oF). The lower of U-Factor, the better the insulation qualities of the glazing system.
	Shading Coefficient The ratio of solar heat gain through a given glazing system to the solar heat gain under the same conditions for clear, unshaded double strength window glass (DSA). The shading coefficient defines the sun control capability of the glazing system.
	G Value The total amount of solar energy that goes to the inside of the building by reflection and by absorption.
	Solar Heat Gain Coefficient The total amount of solar energy that goes to the inside of the building by reflection and by absorption.
	Total Solar Energy Rejected The percent of incident solar energy rejected by a glazing system equals solar reflectance plus the part of solar absorption which is reradiated outward.