Insulating glass is a product that evenly separates two or more pieces of glass at a certain distance, and the periphery is bonded and sealed, so that a dry gas space is formed between the glass layers. According to the thickness of the gas layer required by the design, a spacer frame containing a desiccant is embedded between the two pieces of glass, and then two seals are performed on the periphery of the glass...
Know MoreThe insulated glass first sealant uses butyl extruder coating, which has an extremely low water vapor transmission rate; the insulated glass second sealant mainly includes polysulfide sealant and silicone sealant. Insulating glass is always faced with external water vapor penetration and temperature changes during its service life, so it is required that the sealant must first be able to prevent external water vapor from entering the air layer of the insulating glass...
Know MoreInsulating glass using silicone sealant is composed of chemical raw materials such as silicone rubber, silicone oil, and calcium carbonate. Taking winter in the northern hemisphere as an example, when the temperature drops in the winter in the northern hemisphere, silicone rubber, and silicone oil become thicker, less fluid, and more viscous. This thickening and sticky situation is normal and does not affect product quality.
Know MoreThe guide to the use of silicone structural sealant, including several common key issues during use, what are the reasons for the failure of the bond between silicone sealant and insulating glass, problems of sealant cracking, surface blistering, and wrinkle bulging. The two-component mixture contains bubbles and other problems, and the optimal processing environment for silicone sealant used in insulating glass processing is summarized.
Know MoreThe insulating glass two-component sealant sealing machine is a key equipment used in the production of insulating glass. It can mix two different sealant sealing materials and evenly apply them on the edge of the glass to achieve sealing of the glass sheet. Its working principle includes sealant sealing supply, mixing and deployment, sealant application, curing, and sealing, which can improve production efficiency and product quality stability.
Know MoreTo free you from the inefficient production of manually sealed insulating glass units, LIJIANG Glass has brought a new solution. With the TPS fully automatic sealer, we can upgrade the LIJIANG Glass insulating glass production line with spacer bending, filling, and coating from an entry-level configuration to a fully automatic production line. The main advantage of the new TPSS automatic sealing robot is the reliable gear pump precision sealant dispensing technology, which ensures extremely high sealant dispensing accuracy. This flow-controlled sealant dispensing function can accurately measure the sealant depth and spacer width of the sealant and then apply the required amount of sealant.
Know MoreWhile the Traditional Aluminum Spacer Sealed can be a great option for some insulated glass processing businesses, the TPSS (Thermo Plastic Space Sealant for Insulating Glass Unit) offers many of the same powerful features and services as TPSS sometimes at less the a 1000plus of the heat transfer coefficient of insulating glass products. If the budget allows and long-term benefits are important, TPSS glass is a better choice. However, if the budget is limited or aesthetics are not a high requirement, Aluminum Spacer glass is also an affordable choice.
You may be surperised to learn that while other Chinese Suppliers cost twice as much as LIJIANG Glass for 1,000+ insulating glass TPSS sealing solution contacts, they offer fewer support channels, fewer marketing channels, and fewer marketing features than LIJIANG Glass's Standard Solution for the same aduience. LIJIANG Glass and other Chinese Suppliers both offer marketing support. However, of the two, only LIJIANG Glass offers social media posting, postcards, and websites, while supporting customers on additional channels, like social media and phones.
Item. | Spec. |
Max. Glass Size | 2000*3000 mm/2500*4000 mm/3300*7000 mm |
Min. Glass Size | 400*300 mm |
Glass Thickness | 12-56 mm/12-56 mm/12-80 mm |
Working Speed | 5-40 mm |
Air Pressure | 0.6-0.8 MPa |
Squeeze Pressure | <35 MPa |
Voltage | 380V 50Hz 3P |
Power | 15 Kw/15 Kw/20 Kw |
Overall Dimension(L*W*H) | 3700*2500*3000 mm/8700*2500*3500 mm/ 15000*2500*4300 mm |
Weight | 4300 kg/5000 kg/7000 kg |
Item. | Spec. |
Voltage | 380V 50Hz 3P |
Power | 5.7 Kw |
Butyl Extrusion Pressure | 10·25 MPa |
Temperature | 110~140 ℃ |
Glue Thickness | 0.3~0.5 mm |
Glue Width | 3.5 mm |
Aluminum Spacer Width | 5.5~26.5 mm |
Speed | 0~47 m/min |
Diameter of Butyl Cylinder | 200 mm |
Air Supply | Flow 0.4 m³/min |
Air Pressure | ≥ 0.6 MPa |
Dimension(L*W*H) | 2800*700*900 mm |
Item. | Spec. |
Working air pressure | 0.3-0.6MPa |
Sealant spreading pressure | 15-20MPa |
Sealant volume | 4L/min |
Diameter of A/B sealant | 570mm/280mm |
Sealant spreading air pressure ratio | 50:1 |
Mixed rate | 6:1-14:1 |
Air supply | Flow 0.8m3/min |
Air pressure | ≥0.8MPa |
Overall dimension | 1100*950*1630mm |
Weight | 490kg |
Capacity of the glue drum | 200-300 ml/200 kg |
Power supply | 380V 50 Hz |
Total power | 0.37 kw |
Operating dimension | 1500*1500 mm |
Dimension | 600*550*985 mm |
Countries or Regions | Certification |
Europe | EN 1279, Part 1-6 |
Germany | DIN 1286/1, DIN1286/2 |
France | NF P 78-451, NF P 78-452, Avis Technique |
Finland | SFS 4704 |
Netherlands | NEN 3567 |
Norway | NS 3212 |
Italy | UNI 10593 |
North America | ASTM E2190 |
United States | ASTM E 773, ASTM E774, HIGS |
Canada | CAN 2-12.8-M76 |
Japan | JIS R 3209 |