QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
Low-E glass carries a low-emissivity coating intended to reduce radiative heat transfer in a glazing assembly.
Pane thickness references: 4 / 5 / 6 / 8 / 10 mm.
Sheet format examples: 1830 × 2440; 2134 × 3300; 2440 × 3300 mm.
IGU examples: 6 + 12 cavity + 6; 6 + 16 cavity + 6 mm.
Send drawings, quantities and destination details for a project quotation.
Pane thickness references: 4 / 5 / 6 / 8 / 10 mm. Confirm the selected coating product and processing options.
Sheet format examples: 1830 × 2440; 2134 × 3300; 2440 × 3300 mm. Coating availability and process limits must be confirmed.
IGU examples: 6 + 12 cavity + 6; 6 + 16 cavity + 6 mm. State gas type, coating face and spacer separately.
Coating choice: Specified low-emissivity or solar-control Low-E product. Identify supplier reference, appearance and required data.
Heat treatment: Annealed or approved heat-treatable coating. Not every coated product can be tempered in the same way.
Low-E glass carries a low-emissivity coating intended to reduce radiative heat transfer in a glazing assembly. Its thermal, daylight and solar characteristics depend on the coating product and the complete glazing configuration. Globalstar Glass reviews Low-E panes and insulating-unit enquiries with window, door and facade buyers; a generic coating description does not establish a unit's U-value or solar performance.
Illustrative product concept and material details; not a completed-project photograph or test evidence. Final construction follows the approved order.
Examples support quotation discussions. Confirm availability, production feasibility and the final specification before ordering.
| Item | Reference specification | What to confirm |
|---|---|---|
| Pane thickness references | 4 / 5 / 6 / 8 / 10 mm | Confirm the selected coating product and processing options. |
| Sheet format examples | 1830 × 2440; 2134 × 3300; 2440 × 3300 mm | Coating availability and process limits must be confirmed. |
| IGU examples | 6 + 12 cavity + 6; 6 + 16 cavity + 6 mm | State gas type, coating face and spacer separately. |
| Coating choice | Specified low-emissivity or solar-control Low-E product | Identify supplier reference, appearance and required data. |
| Heat treatment | Annealed or approved heat-treatable coating | Not every coated product can be tempered in the same way. |
| Performance targets | U-value, solar factor and visible transmission | Evaluate the complete proposed glazing, with units and method. |
List panes from outside to inside and mark the coating position. Follow the coating supplier's requirements for processing, edge deletion where applicable and enclosure in the unit. Do not assume an exposed coated surface is suitable for every application.
Heating and cooling priorities vary with climate, elevation and orientation. Provide target U-value, solar factor and visible transmission together with the calculation or test basis. Compare complete unit configurations rather than treating one coating property as the energy performance of a building.
Review storage, handling, washing and processing compatibility for the specific coated glass. Coordinate sealant and spacer materials, coating orientation and visual inspection. Agree documentation for the supplied configuration before an order is confirmed.
The workshop has one IGU assembly line and two tempering lines for compatible heat-treatable substrates. General tempering planning throughput is about 20 tonnes per line per day; coating restrictions, pane dimensions and IGU sealing determine the actual batch schedule. Confirm coating sourcing and production allocation per order.
Use clean separators and protect coated surfaces, edges and unit seals. Mark coating orientation where needed and group units by make-up and installation position.
Send outside-to-inside glass make-up, coating reference and face, thickness, cavity and gas, heat treatment, dimensions, quantity, performance targets, destination and schedule.
Send your specifications to Globalstar Glass for technical and commercial review.
Related products: insulating glass units and energy-efficient glazing.
No. Low emissivity describes a coating property; colour and solar-control characteristics depend on the selected product.
No. Confirm that the exact coating is suitable for the proposed heat-treatment route.
Request a value for the complete specified assembly using the relevant calculation or test method.
Position depends on the coating and assembly. Mark the face and follow supplier guidance.
No. Low-E describes a coated pane; an IGU is a sealed assembly that may incorporate it.
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Low-iron ultra-clear glass for displays, furniture and further processing. Explore thicknesses, sheet formats, edge finish and custom panel enquiries.
Review Low-E coated glass for custom glazing. Specify pane thickness, coating face, heat treatment, IGU build-up and thermal or solar performance targets.
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