1 / 5
American Grill Design Double Glazing Aluminum Glass Sliding windows with Reasonable Price
Product Description
Product Specifications
| Material | Aluminum + Tempered Glass + Hardware |
| Profile Series |
Non-thermal break: 80 series Thermal break: 80 series, 156 series |
| Glass Configuration | Single glass; Double or Triple tempered insulation glass; Low-E or Argon filled |
| Screen Options | Fold PET mesh, Sliding fiberglass mesh, Sliding stainless steel fly screen |
| Hardware |
Imported or made in China high-end hardware Brands: SIEGENIA, HOPPE, ROTO, ASSA ABLOY, KINLONG, etc. |
Product Showcase & Details
Frequently Asked Questions (FAQ)
Q1: What is the difference between thermal break and non-thermal break profiles?
Thermal break aluminum profiles incorporate an insulating barrier between the interior and exterior aluminum sections. This drastically minimizes heat and cold transfer, enhancing energy efficiency and reducing condensation compared to non-thermal break options.
Q2: Which glass configuration is best for sound insulation and energy efficiency?
Double or triple tempered insulation glass filled with argon gas and treated with a Low-E coating delivers optimal thermal performance, solar control, and acoustic soundproofing.
Q3: What mesh screen types are available, and how do they differ?
We offer Fold PET mesh, sliding fiberglass mesh, and sliding stainless steel fly screens. Stainless steel provides high security and anti-tear protection, while fiberglass and PET mesh provide flexible, fine insect protection with optimal ventilation.
Q4: What brands of hardware do you equip with the systems?
We supply world-renowned hardware solutions such as SIEGENIA, HOPPE, ROTO, and ASSA ABLOY, as well as top-tier domestic brands like KINLONG, ensuring smooth operation, security, and long service life.
Q5: Can the dimensions and profile colors be customized?
Yes, all window and door systems are fully customized in sizes, opening configurations, glass specifications, and powder coating or anodized finishes to match architectural requirements.
