Pilkington
Suncool^® 70/35 Pro T

Architectural glass in a neutral shade with a reflectance close to that of ordinary float glass

A distinctive feature is the highest selectivity achieved due to the low solar factor and high light transmission.

Suitable for glazing public and residential buildings where sun protection and load reduction on air conditioning systems.

The product must be hardened. Bending, lamination, ceramic and organic paints are possible.

For those cases where heat treatment of glass is not required, there is a non-tempering version of the product Pilkington Suncool 70/35

Contact the manager Order samples

Advantages

Neutral shade

The most neutral shade in reflected light and in the lumen
High light transmission

Lets a lot of natural light into the room
Solar protection

Blocks solar heat and maintains indoor comfort in summer
Protection from cold
Blocks heat loss and maintains indoor comfort in winter
Saving

Helps to reduce air conditioning and heating costs
All types of processing

Tempering, molling, lamination, application of ceramic and organic paints

Indicators

GOST

NFRC

LT	LR_out	LR_in	DET	ER	EA	SF	SC	U_g	U_g
%	%	%	%	%	%	%	%	W/m ² К	W/m ² К
Light transmission, LT, % 70	Light reflectance out, LR_out, % 16	Light reflectance inside, LR_in, % 17	Direct energy transmittance, DET, % 35	Energy reflectance, ER, % 35	Energy absorptance, EA, % 30	Solar factor, SF, % 37	Shading coefficient, SC, % 0.43	Ug-value (air-filled), W/m ² К 1.0	Ug-value (argon-filled), W/m ² К 0.68

Characteristics calculated for formula 6 | - 16 Ar - 4 Optifloat in accordance with GOST EN 410-2014, GOST EN 673-2016 (R0 for Moscow conditions using the STIS thermal calculator software).

LT	LR_out	LR_in	DET	ER	EA	SF	SC	U_g	U_g
%	%	%	%	%	%	%	%	W/m ² К	W/m ² К
Light transmission, LT, % 70	Light reflectance out, LR_out, % 16	Light reflectance inside, LR_in, % 17	Direct energy transmittance, DET, % 35	Energy reflectance, ER, % 35	Energy absorptance, EA, % 30	Solar factor, SF, % 37	Shading coefficient, SC, % 0.43	Ug-value (air-filled), W/m ² К 1.3	Ug-value (argon-filled), W/m ² К 1.0

All values are calculated for the central area of the IG unit 6| - 16 Ar - 4 according to EN 410 and EN 673 climatic conditions.

LT	LR_out	LR_in	DET	ER	EA	SHGC	SC	U_g	U_g
%	%	%	%	%	%	%	%	W/m ² К	W/m ² К
Light transmission, LT, % 69	Light reflectance out, LR_out, % 16	Light reflectance inside, LR_in, % 17	Direct energy transmittance, DET, % 30	Energy reflectance, ER, % 38	Energy absorptance, EA, % 32	Solar heat gain coefficient, SHGC 37	Shading coefficient, SC 0.43	Ug-value (air-filled), W/m ² К 1.34	Ug-value (argon-filled), W/m ² К 1.38