LIJIANG Glass

More Details of Automatic Equipment


Basic Working Principle

For Insulating Glass Manufacturer

By applying TPSS/4SG sealing technology, insulating glass manufacturers can easily update their production methods by replacing new sealing system solutions or adjusting existing insulating glass production lines.

  • The double sealant barrel system ensures uninterrupted glue supply operation, and the sealing in the sealant barrel can be replaced in time during the production process when it is used up;
  • The width of the spacer is replaced with an asymmetric three-layer insulating glass spacer, and there is no need to interrupt production when switching;
  • Eliminates the bending, sawing, and connection of individual spacers, the filling of molecular sieves, and the coating of butyl extruder;
  • The production company does not need to store spacers of different types and specifications and does not need to store molecular sieves.
  • The production of insulating glass will not be interrupted due to the loss or error of the spacer frame.
  • It can be applied to the production of insulating glass with four sides, two-glass and three-glass insulating glass.
  • The maximum production size can reach 9m long.

For Glass Doors, Windows and Structural Curtain Walls Production

TPSS sealing technology provides optimal energy efficiency.

  • 12% lower thermal conductivity than aluminum frame spacers;
  • Linear thermal conductivity of glass edge area decreased by 60%;
  • Can be sealed according to customer specified position, for example, corner joint sealing
  • Suitable for rectangular and any free-form production;
  • The wind pressure resistance life of fully sealed TPS insulating glass is 35 times higher than that of traditional insulating glass units. Reliable sealing performance to prevent air leakage at the corners of the glass;
  • Good quality can be used for bonding the surface of glass curtain walls;
  • UV-resistant, airtight insulating glass edge sealing is suitable for silicone structural adhesive sealing;
  • Make indoor and outdoor temperatures evenly distributed on the glass surface, reducing energy consumption;
  • Greatly reduce condensation of insulating glass.

For Those Architects and Developers

Propose your ideas, and TPSS sealing technology provides corresponding solutions. Free design without being restricted by technical barriers.

  • Design is not limited to the shape and size of doors and windows;
  • The color of the window frame is reflected on the thermoplastic spacer, and the visual appeal of the glass and frame mixture;
  • TPSS sealing technology has multifunctional performance, high-efficiency insulation, fire protection, hollow partition, heat preservation, reduce condensation and other phenomena, and reduce carbon dioxide emissions.

Detailed Working Steps

The TPSS automatic sealing robot line is the most advanced and flexible solution for producing insulating glass. Different from the traditional insulating glass manufacturing system, it directly applies the thermoplastic spacer on the glass.
  • The distribution operations of bending, sawing, connecting, filling and butyl coating of individual spacers are eliminated, and the warehouse storage is simplified to the maximum extent;
  • There is no excess material, dust or waste in the insulating glass production process;
  • A TPSS automatic sealing production line can flexibly produce various orders;
  • With LIJIANG Glass loading and unloading solutions, it provides fast stacking and storage sorting.



Technical Parameter

TPSS sealing technology meets the most authoritative global certification requirements

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 StatesASTM E 773, ASTM E774, HIGS
Canada
CAN 2-12.8-M76
Japan
JIS R 3209

Technical Description

LIJIANG Glass TPS/4SG Sealing Robot LineLIJIANG Glass TPSS/4SG Sealing Robot Line