The Leading dOORS & wINDOWS mANUFACTURER

1. Coordinate with Framing Completion

• Timing: Doors and windows are typically installed once the framing is complete but before interior finishing begins. This usually falls after the exterior walls are built, but before insulation and drywall.
• Reason: Installing doors and windows after framing provides stability for proper alignment and secure installation.

2. Before Interior Work and Finishing

• Timing: Complete door and window installation before adding drywall, flooring, and final interior finishes to prevent damage.
• Reason: Installing windows and doors earlier minimizes dust and debris exposure to interior elements and keeps installation efficient without the need to work around finished walls and floors.

3. Consider Weather Conditions

• Timing: Plan for installation in mild weather, if possible. Avoid extreme cold or rainy conditions, as these can affect sealants and adhesives, which need time to cure properly.
• Reason: Weather can impact the quality of installation, as certain materials expand or contract with temperature and moisture.

4. Ensure Rough Openings are Correct

• Timing: Before the actual installation, double-check measurements of the rough openings for doors and windows to ensure they’re correct, accounting for any framing shifts.
• Reason: Properly sized openings prevent gaps, drafts, and misalignment issues down the road.

5. Install Exterior Doors Before Insulation and Interior Doors After Flooring

• Exterior Doors Timing: Exterior doors should be installed before adding insulation and drywall to create a sealed envelope, which allows climate control during interior work.
• Interior Doors Timing: Interior doors are best installed after flooring to ensure they don’t get damaged during construction and are properly sized with the finished floor.

6. Plan for Security

• Timing: Once doors and windows are installed, your house will be enclosed, making it easier to secure tools and materials.
• Reason: This also allows you to lock up the site, reducing the risk of theft and ensuring a safe, sealed environment for further work.

• Drafts or Temperature Fluctuations

  • If you feel a draft near windows or doors or notice rooms are hotter in summer or colder in winter, your windows or doors may be losing insulation. This increases energy costs and can indicate that seals or insulation have worn out.

• Difficulty in Opening or Closing

  • Warped, swollen, or rusted frames, or broken hardware can make it hard to operate your windows or doors. Not only is this inconvenient, but it can also be a security concern.

• Visible Damage or Decay

  • Cracks, chips, warping, and other visible damage in frames, sashes, or door panels can affect the integrity of windows and doors, allowing air, moisture, and even pests to get in.

• Condensation or Fogging Between Panes

  • Condensation or fogging between glass panes often indicates that seals are broken, reducing energy efficiency and insulation. Once the seal fails, the gas that provides insulation (like argon or krypton) has usually leaked out, decreasing the window’s effectiveness.

• Increased Energy Bills

  • Older or poorly insulated doors and windows can drive up heating and cooling costs. New energy-efficient models are better insulated, helping lower monthly bills over time.

• Excessive Noise from Outside

  • If you’re hearing much more noise from outside than usual, it might mean the insulating properties of your windows have decreased. Double or triple-pane windows are much better at sound insulation than single-pane models.

• Outdated Appearance

  • Worn, outdated, or mismatched styles can reduce the curb appeal of your home. Newer windows and doors often come in designs that increase both aesthetic appeal and functionality.

• Water Damage or Leaks

  • Moisture around your window or door frames, mold, peeling paint, or soft wood can indicate water is seeping in. This can lead to further structural issues if left unaddressed.

• Increased Security Concerns

  • Older doors and windows might lack the strength and features of modern security technology, like reinforced glass or multi-point locks. Replacing them can improve your home’s safety.

Measuring a Window

1. Width Measurement

   • Measure the width in three places: top, middle, and bottom of the window opening.
   • Record the smallest measurement. This is the width to use, ensuring the window will fit in the narrowest part of the opening.

2. Height Measurement

   • Measure the height in three places: left side, middle, and right side of the window opening.
   • Again, use the smallest measurement for the height.

3. Depth Measurement (for Replacement Windows)

   • Measure from the inside of the trim to the outside edge of the window frame.
   • This measurement ensures the replacement window will fit into the existing frame depth.

4. Double-Check Measurements

   • Double-check all measurements, as even small inaccuracies can lead to fit issues.

Measuring a Door

1. Width Measurement

   • Measure the width of the door frame from jamb to jamb. Do this at the top, middle, and bottom of the frame.
   • Record the smallest measurement for the width.

2. Height Measurement

   • Measure from the top of the door frame to the floor at three points: left, center, and right.
   • Use the smallest height measurement.

3. Depth Measurement

   • Measure the thickness of the wall where the door frame will sit. Standard door depths are typically around 4 9/16″ or 6 9/16″ for exterior doors, but this can vary based on wall thickness.

4. Additional Considerations (for Pre-Hung Doors)

   • If installing a pre-hung door (one with its own frame), measure the entire opening width and height, including the frame space. This gives room for shimming to ensure a tight fit.

5. Determine Swing Direction (for Doors)

   • Decide if you need a left-hand or right-hand swing door. This depends on which side the hinges are on and which way you want the door to open.

The cost to customize windows and doors can vary widely depending on materials, design choices, size, and any added features. Here’s a breakdown of factors that affect the price when customizing:

1. Material Choice

• Windows: Common materials include vinyl,aluminum and aluminum clad wooden.
• Doors: Choices include wood,steel, and composite. Solid wood doors are often the most expensive, while steel can offer durability at a moderate price.

2. Size and Shape

• Custom sizes or unique shapes (like arched or circular windows) tend to increase costs, as they often require special manufacturing.
• Large windows or oversized doors will also cost more, as they need additional materials and structural suppo

3. Glass and Insulation Options

• Double or Triple Glazing: Standard windows are double-pane, but opting for triple-pane can increase costs by around 20–30%.
• Low-E Coatings and Gas Fills: Low-E coatings improve energy efficiency and can add 10–20% to the window cost. Gas fills (argon or krypton) between panes improve insulation and add a small cost.
• Tempered or Impact-Resistant Glass: Required in some locations for safety, this type of glass is around 15–30% more than standard glass.

4. Hardware and Finishes

• High-end hardware or specialty finishes, like antique bronze or custom handles, will add to the cost.
• Choosing upgraded hardware for doors and windows can add a few hundred dollars per item

5. Custom Design and Styling

• Architectural details like divided panes (grilles), etched glass, or decorative elements can add significantly to the cost.
• Doors with sidelights, transoms, or glass inserts increase both material and installation cost.

6. Installation and Labor Costs

• Custom windows and doors often require specialized installation, especially if they’re large or uniquely shaped.
• Complex installations may involve structural adjustments to fit oversized or heavy doors and windows.

7. Smart Features and Security Add-Ons

• Smart locks, integrated blinds, and security features can be added for enhanced functionality. These are usually optional but can increase the total cost.

Yes,most doors can be repainted or refinished, especially wooden. If you are not sure the color you want, we can finished the painting of base color, and repaint when you receive the door. Also our workshop support to customize the color as RAL standard.

Tempered glass is a type of safety glass treated with heat and rapid cooling to be four to five times stronger than regular glass. When it breaks, it shatters into small, blunt pieces, reducing the risk of injury.

Key Benefits:

• Increased Strength: More resistant to impact and thermal stress.
• Safety: Shatters into less dangerous pieces.
• Durability: Resists scratches and wear, ideal for high-traffic areas.

When It’s Necessary:

Tempered glass is required by building codes in certain areas due to safety concerns, such as:

• Doors and Entryways: Sliding doors, French doors, and storm doors.
• Low Windows: Windows close to the floor or foot traffic.
• Bathrooms and Showers: Tub enclosures and shower doors.
• Stairs and Railings: Glass near stairs or railings.
• Skylights and Roof Windows: Areas prone to high wind or debris.

Low-E (low-emissivity) glass has a thin coating that reflects infrared and ultraviolet light. It keeps interiors cooler in summer and warmer in winter, helping to reduce energy costs.

Common styles include casement, double-hung, single-hung, sliding, awning, bay, bow, and picture windows, each offering different functionality and aesthetic appeal.