QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
QINGDAO GLOBALSTAR GLASS TECHNOLOGY CO., LTD.
An insulating glass unit, or IGU, contains two or more glass panes separated by a spacer and sealed around the perimeter.
Reference double glazing: 5 + 9A + 5 = 19 mm; 6 + 12A + 6 = 24 mm.
Further example: 6 + 16A + 6 = 28 mm.
Glass types: Clear, tinted, tempered, laminated or specified Low-E panes.
Send drawings, quantities and destination details for a project quotation.
Reference double glazing: 5 + 9A + 5 = 19 mm; 6 + 12A + 6 = 24 mm. A denotes the nominal cavity width in these examples, not the gas type.
Further example: 6 + 16A + 6 = 28 mm. Confirm total thickness and frame or glazing-pocket compatibility.
Glass types: Clear, tinted, tempered, laminated or specified Low-E panes. Identify each pane and coating surface from outside to inside.
Spacer references: 9 / 12 / 15 / 16 mm; other options by review. Specify material, colour and any warm-edge requirement.
Cavity fill: Dry air or argon by agreed specification. Confirm gas requirement and any applicable test documentation.
An insulating glass unit, or IGU, contains two or more glass panes separated by a spacer and sealed around the perimeter. The cavity contains dry air or a specified gas. Globalstar Glass works with window, door and facade buyers on complete unit configurations; ordinary sealed IGUs should not be described as vacuum glazing, which uses a different construction.
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 |
|---|---|---|
| Reference double glazing | 5 + 9A + 5 = 19 mm; 6 + 12A + 6 = 24 mm | A denotes the nominal cavity width in these examples, not the gas type. |
| Further example | 6 + 16A + 6 = 28 mm | Confirm total thickness and frame or glazing-pocket compatibility. |
| Glass types | Clear, tinted, tempered, laminated or specified Low-E panes | Identify each pane and coating surface from outside to inside. |
| Spacer references | 9 / 12 / 15 / 16 mm; other options by review | Specify material, colour and any warm-edge requirement. |
| Cavity fill | Dry air or argon by agreed specification | Confirm gas requirement and any applicable test documentation. |
| Sizes for enquiry | 1000 × 1200 or 1200 × 1500 mm examples | Workshop equipment reference is approximately 2490 × 4000 mm; confirm actual processing envelope for the build-up. |
| Edge seal | Primary butyl seal plus specified secondary sealant | Coordinate seal depth, exposed edges and structural requirements. |
List each glass pane, heat treatment, coating and thickness in sequence. State the cavity width, spacer and gas separately. A total thickness such as 24 mm does not identify the actual glass or coating arrangement. Provide the frame details and required edge cover so the complete unit can be reviewed.
The workshop route includes washing, spacer preparation, desiccant filling, primary butyl application, assembly and secondary sealing. Inspection addresses cavity cleanliness, seal appearance, dimensions and the agreed quality criteria. Select the secondary sealant for the actual assembly, edge exposure and project requirements.
U-value, solar factor, light transmission and acoustic performance depend on the complete glass and cavity configuration. Request data or calculation for the proposed make-up rather than transferring a value from another unit. State destination altitude and handling or transport conditions where pressure differences need review.
The factory has one insulating-glass assembly line alongside tempering and lamination capabilities. IGU throughput depends on pane dimensions, coatings, laminated components, cavity configuration and sealant processing. Confirm production allocation and delivery timing after the full unit specification is agreed; general tempering tonnage is not an IGU output figure.
Maintain suitable edge support and protect the perimeter seals during packing. Agree separators, unit orientation, size grouping and lifting access. Panel labels should identify the build-up, dimensions, coating orientation where needed and installation position.
Send outside-to-inside glass make-up, pane heat treatment, Low-E surface, cavity and gas, spacer material and colour, seal requirements, dimensions, quantities, performance targets, frame details and destination.
Send your specifications to Globalstar Glass for technical and commercial review.
Related products: laminated glass and screen-printed glass.
No. An ordinary IGU has a sealed air or gas cavity and spacer system. Vacuum glazing is a different product construction.
It describes two 6 mm panes separated by a nominal 12 mm cavity, giving a nominal 24 mm total thickness. Specify gas and coating separately.
Discuss these options in the full outside-to-inside make-up, including the requirements of each pane.
No. The panes, coatings, cavity and gas determine performance. Request data for the proposed configuration.
No. Sealant selection and compatibility depend on the assembly, edge exposure and any structural-glazing requirements.
Custom insulating glass units for B2B supply. Review 5+9+5 and 6+12+6 builds, spacer and gas options, edge sealing and quotation requirements.
Tempered laminated insulating glass units for custom glazing. Review pane sequences, laminate thickness, cavities, gas, spacers and edge-seal details.
Energy-efficient insulating glass for windows and facades. Compare reference Low-E builds, cavity and gas options, daylight targets and quotation details.
Discuss U-profile channel glass for translucent walls. Provide profile width, flange height, thickness, lengths, surface finish and installation drawings.
Decorative grid insulating glass with internal muntin bars. Review layouts, bar finishes, pane thicknesses, cavity clearance, samples and custom sizes.
Copyright © 2025 Qingdao Globalstar Glass Technology Co., Ltd. Powered by HiCheng
SiteMap Privacy Policy
