Hebei Xingda Insulating Glass Special Molecular Sieve can simultaneously absorb moisture and residual organic matter in the insulating glass, so that the insulating glass can maintain smooth and transparent even at very low temperatures, and at the same time can fully reduce the strong bearing of the hollow glass due to the great change of season and day and night temperature difference. external pressure difference, hollow glass solve ordinary sieve desiccant easy to make hollow glass hollow glass caused by expansion or contraction distortion fragmentation problem, sufficient to extend the life of insulating glass.
 
Performance and role of hollow glass molecular sieve products:
1. Adsorption of moisture and debris sealed in the air layer of the insulating glass during production.
2. Continuously adsorb moisture entering the air layer during the life of the insulating glass to maintain and stabilize the low dew point in the insulating glass.
3. Use inert gas (argon and nitrogen) to improve energy efficiency.
Insulating glass molecular sieve product features:
1. Uniform particle size, good fluidity, high filling efficiency and low production cost.
2. High strength and less dust.
3. The amount of adsorption is large, keeping the low dew point.
4. The static nitrogen adsorption amount is low, which improves the performance and life of the insulating glass.
5. The production process is environmentally friendly and pollution-free.
The surface of the hollow glass molecular sieve product is hard and smooth, and the dust is low and the flow performance is good during the filling process. One. Product technical index item unit YT-1YT-2 ball diameter mm1.0—1.61.6—2.01.0—1.61.6—2.0 wear rate%≤0.2≤0.2 bulk density g/ml≥0.68≥0.68 static water adsorption %≥20≥20 sieving (%)≥98≥98 Dust (ppm)≤60≤60 Organic matter adsorption capacity No adsorption heating hollow glass molecular sieve 25g/25cc≥35≥35 Compressive strength N/piece≥15≥25≥ 15≥25 two. Molecular sieve performance for insulating glass ●Adsorption of moisture sealed in the air layer of the insulating glass during production. • Continuously adsorb moisture entering the air layer during the life of the hollow glass molecular sieve hollow glass to maintain a low dew point (-60 ° C) in the hollow glass. After the window is installed, there are four reasons why moisture enters the air layer. 1. The aluminum frame is improperly handled; 2. The sealant is dragged before construction; 3. The temperature change causes the deflection of the insulating glass to increase; 4. The moisture permeability of the sealant. Insulating Glass Molecular Sieves ● Use inert gases (argon and nitrogen) to increase energy savings. In order to obtain noise reduction and improve heat conduction, when sulphur hexafluoride is used instead of air, the molecular sieve for insulating glass hardly adsorbs sulfur hexafluoride. Insulating glass molecular sieves can be negotiated for special specifications. Packing: 20kg carton or 20kg paper drum, according to user requirements. Note: Avoid direct exposure of the molecular sieve to the air.

'Hebei Xingda Insulating Glass Molecular Sieve

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