Welcome To Wintenic Window & Door!
Aluminum; Wooden; Pvc; Upvc
Sliding
Screen; Blinds
Insulation; Heat preservation; Windproof
Modern; Classic
Custormize
Sliding windows offer several advantages that make them a popular choice for both residential and commercial buildings. Here are some key benefits:
No Swinging Mechanism: Unlike casement or awning windows, sliding windows don't open outward or inward. This saves space both inside and outside, making them ideal for areas with limited room, such as patios or walkways.
Effortless Sliding: Sliding windows move horizontally along a track, making them easy to open and close with just a push. This simple mechanism is low-maintenance compared to more complex systems.
Larger Glass Area: Sliding windows typically have fewer frame obstructions, providing a larger glass surface area. This allows more natural light to enter, brightening up the space and improving ventilation.
Fewer Moving Parts: The sliding mechanism generally has fewer components, reducing the likelihood of wear and tear. This makes them more durable and often easier to maintain.
Sealed Tight: Sliding windows can provide a tight seal, which helps to improve energy efficiency by preventing drafts and reducing heat transfer.
Modern Look: The clean, simple design of sliding windows complements modern architecture, offering a sleek and contemporary aesthetic.
Variety of Sizes: Sliding windows are available in a wide range of sizes, allowing them to fit into different spaces. They work well for both small openings and large panoramic views.
Affordable Option: Sliding windows tend to be more cost-effective compared to some other window types, making them a good choice for budget-conscious homeowners or builders.
Sliding windows are typically classified based on their design, functionality, and the number of panels. Here are some common classifications:
Two-panel sliding windows: These have two panels, with one fixed and the other movable.
Three-panel sliding windows: One fixed middle panel and two sliding panels on either side.
Four-panel sliding windows: These consist of four panels, usually with the two middle panels fixed and the outer two sliding.
Horizontal sliding windows: Panels slide horizontally along a track, either to the left or right.
Vertical sliding windows (sash windows): Panels slide up or down; often referred to as single-hung or double-hung windows.
Single-slider windows: Only one panel slides open while the other remains fixed.
Double-slider windows: Both panels can slide open, allowing for greater ventilation.
Aluminum sliding windows: Known for being lightweight, durable, and low-maintenance.
uPVC sliding windows: Highly energy-efficient, cost-effective, and resistant to weathering.
Wood sliding windows: More traditional and elegant, but require more maintenance.
Fiberglass sliding windows: Durable and energy-efficient, with a high resistance to warping and weather.
Single-glazed sliding windows: Use a single pane of glass, less energy efficient.
Double-glazed (or triple-glazed) sliding windows: Use two or three panes of glass for better insulation and energy efficiency.
Low-E glass sliding windows: Special coatings to improve energy efficiency by reducing heat transfer.
Tempered glass sliding windows: Stronger and safer, as the glass breaks into small, rounded pieces rather than sharp shards.
The production process of a sliding window involves several key steps, from selecting raw materials to assembling the final product. Below is an overview of the major production processes for sliding windows:
Frame Materials: Choose materials like aluminum, uPVC, wood, or fiberglass depending on the design and functional requirements.
Glass Selection: Choose glass based on performance needs such as single-glazed, double-glazed, or Low-E glass for insulation, noise reduction, and energy efficiency.
uPVC Frames: The raw uPVC material is heated and forced through an extrusion die to form long profiles, which will become the window frame and sash.
Aluminum Frames: Aluminum is also extruded into long profiles of the desired cross-sectional shape. These profiles are then cut to size according to the window design.
The extruded profiles (for the frame and sash) are cut to the exact dimensions needed for the specific window size.
Profiles are machined to include holes, drainage slots, and grooves for hardware fitting.
Glass panes are cut to the required dimensions for each window.
If safety or performance glass (like tempered or Low-E glass) is needed, the glass undergoes tempering or coating processes to enhance strength and thermal performance.
The frame components are joined together using screws, corner welds (for uPVC), or brackets (for aluminum).
For uPVC, heat welding may be used to create airtight seals at the corners, while aluminum frames are typically joined with mechanical fasteners.
Weatherstripping or gaskets are added to improve insulation and prevent air/water leakage.
Sashes (the movable part of the sliding window) are assembled similarly to the frame, using cut and machined profiles.
The sliding mechanisms, rollers, and tracks are fitted into the sash to allow smooth movement.
The glass panes are installed into the sash using glazing beads or rubber seals to hold them in place.
Some manufacturers use double-sided adhesive tape or silicone sealants for extra security and insulation.
Handles, locks, and other hardware components like latches or restrictors are installed on the sash and frame.
Rollers, tracks, and guides are carefully aligned to ensure smooth and easy sliding of the window.
For aluminum frames, an additional step of anodizing or powder coating is applied to enhance the appearance and durability.
uPVC windows may undergo lamination for a colored or wood-like finish, or remain white if uncoated.
Each window is inspected for dimensional accuracy, smooth operation of the sliding mechanism, and the integrity of seals.
Windows are tested for air and water resistance, as well as thermal and sound insulation.
Once the sliding window passes quality checks, it is cleaned and packaged with protective materials to prevent damage during transportation.
The windows are then ready for shipment to the distributor, installer, or end customer.
Wintenic is a premier manufacturer of high-quality windows and doors, dedicated to enhancing the beauty, security, and energy efficiency of residential and commercial spaces. With a strong commitment to innovation, precision craftsmanship, and customer satisfaction, Wintenic has become a trusted name in the industry.
Wintenic specializes in a diverse range of products that cater to various aesthetic preferences and functional needs. From sleek, modern designs to timeless classics, our offerings include:
Windows: Energy-efficient, durable, and designed for maximum light and ventilation. Our window solutions include casement, sliding, hung, and fixed.
Doors: Offering security, elegance, and reliability, Wintenic's door collection includes casement, sliding and folding, with style of entry doors, patio doors, French doors, and custom solutions tailored to fit any architectural style.
Glass: Wintenic has two glass factories with serval glass deep process lines, include tempered glass, laminated glass, insulated glass, vacuum glass and composite glass.
At Wintenic, we are at the forefront of technology and sustainability. We employ state-of-the-art manufacturing processes and utilize eco-friendly materials to produce energy-efficient products that reduce carbon footprints. Our windows and doors are engineered to meet the highest standards of thermal insulation, noise reduction, and weather resistance, contributing to sustainable living and long-term energy savings.
Every Wintenic product undergoes rigorous quality control, ensuring that it meets stringent industry standards for performance and durability. Our focus on quality extends beyond products to our customer service, providing personalized support from consultation to installation.
Our team of skilled engineers and artisans ensures that every product is meticulously crafted to perfection.
We offer a range of customizable options, allowing customers to choose from a variety of materials, finishes, and configurations.
Our products are designed to help customers save on energy costs while maintaining comfort throughout the year.
Combining aesthetics with functionality, Wintenic products are built to last, offering lasting value and timeless appeal.
Sliding windows offer several advantages that make them a popular choice for both residential and commercial buildings. Here are some key benefits:
No Swinging Mechanism: Unlike casement or awning windows, sliding windows don't open outward or inward. This saves space both inside and outside, making them ideal for areas with limited room, such as patios or walkways.
Effortless Sliding: Sliding windows move horizontally along a track, making them easy to open and close with just a push. This simple mechanism is low-maintenance compared to more complex systems.
Larger Glass Area: Sliding windows typically have fewer frame obstructions, providing a larger glass surface area. This allows more natural light to enter, brightening up the space and improving ventilation.
Fewer Moving Parts: The sliding mechanism generally has fewer components, reducing the likelihood of wear and tear. This makes them more durable and often easier to maintain.
Sealed Tight: Sliding windows can provide a tight seal, which helps to improve energy efficiency by preventing drafts and reducing heat transfer.
Modern Look: The clean, simple design of sliding windows complements modern architecture, offering a sleek and contemporary aesthetic.
Variety of Sizes: Sliding windows are available in a wide range of sizes, allowing them to fit into different spaces. They work well for both small openings and large panoramic views.
Affordable Option: Sliding windows tend to be more cost-effective compared to some other window types, making them a good choice for budget-conscious homeowners or builders.
Sliding windows are typically classified based on their design, functionality, and the number of panels. Here are some common classifications:
Two-panel sliding windows: These have two panels, with one fixed and the other movable.
Three-panel sliding windows: One fixed middle panel and two sliding panels on either side.
Four-panel sliding windows: These consist of four panels, usually with the two middle panels fixed and the outer two sliding.
Horizontal sliding windows: Panels slide horizontally along a track, either to the left or right.
Vertical sliding windows (sash windows): Panels slide up or down; often referred to as single-hung or double-hung windows.
Single-slider windows: Only one panel slides open while the other remains fixed.
Double-slider windows: Both panels can slide open, allowing for greater ventilation.
Aluminum sliding windows: Known for being lightweight, durable, and low-maintenance.
uPVC sliding windows: Highly energy-efficient, cost-effective, and resistant to weathering.
Wood sliding windows: More traditional and elegant, but require more maintenance.
Fiberglass sliding windows: Durable and energy-efficient, with a high resistance to warping and weather.
Single-glazed sliding windows: Use a single pane of glass, less energy efficient.
Double-glazed (or triple-glazed) sliding windows: Use two or three panes of glass for better insulation and energy efficiency.
Low-E glass sliding windows: Special coatings to improve energy efficiency by reducing heat transfer.
Tempered glass sliding windows: Stronger and safer, as the glass breaks into small, rounded pieces rather than sharp shards.
The production process of a sliding window involves several key steps, from selecting raw materials to assembling the final product. Below is an overview of the major production processes for sliding windows:
Frame Materials: Choose materials like aluminum, uPVC, wood, or fiberglass depending on the design and functional requirements.
Glass Selection: Choose glass based on performance needs such as single-glazed, double-glazed, or Low-E glass for insulation, noise reduction, and energy efficiency.
uPVC Frames: The raw uPVC material is heated and forced through an extrusion die to form long profiles, which will become the window frame and sash.
Aluminum Frames: Aluminum is also extruded into long profiles of the desired cross-sectional shape. These profiles are then cut to size according to the window design.
The extruded profiles (for the frame and sash) are cut to the exact dimensions needed for the specific window size.
Profiles are machined to include holes, drainage slots, and grooves for hardware fitting.
Glass panes are cut to the required dimensions for each window.
If safety or performance glass (like tempered or Low-E glass) is needed, the glass undergoes tempering or coating processes to enhance strength and thermal performance.
The frame components are joined together using screws, corner welds (for uPVC), or brackets (for aluminum).
For uPVC, heat welding may be used to create airtight seals at the corners, while aluminum frames are typically joined with mechanical fasteners.
Weatherstripping or gaskets are added to improve insulation and prevent air/water leakage.
Sashes (the movable part of the sliding window) are assembled similarly to the frame, using cut and machined profiles.
The sliding mechanisms, rollers, and tracks are fitted into the sash to allow smooth movement.
The glass panes are installed into the sash using glazing beads or rubber seals to hold them in place.
Some manufacturers use double-sided adhesive tape or silicone sealants for extra security and insulation.
Handles, locks, and other hardware components like latches or restrictors are installed on the sash and frame.
Rollers, tracks, and guides are carefully aligned to ensure smooth and easy sliding of the window.
For aluminum frames, an additional step of anodizing or powder coating is applied to enhance the appearance and durability.
uPVC windows may undergo lamination for a colored or wood-like finish, or remain white if uncoated.
Each window is inspected for dimensional accuracy, smooth operation of the sliding mechanism, and the integrity of seals.
Windows are tested for air and water resistance, as well as thermal and sound insulation.
Once the sliding window passes quality checks, it is cleaned and packaged with protective materials to prevent damage during transportation.
The windows are then ready for shipment to the distributor, installer, or end customer.
Wintenic is a premier manufacturer of high-quality windows and doors, dedicated to enhancing the beauty, security, and energy efficiency of residential and commercial spaces. With a strong commitment to innovation, precision craftsmanship, and customer satisfaction, Wintenic has become a trusted name in the industry.
Wintenic specializes in a diverse range of products that cater to various aesthetic preferences and functional needs. From sleek, modern designs to timeless classics, our offerings include:
Windows: Energy-efficient, durable, and designed for maximum light and ventilation. Our window solutions include casement, sliding, hung, and fixed.
Doors: Offering security, elegance, and reliability, Wintenic's door collection includes casement, sliding and folding, with style of entry doors, patio doors, French doors, and custom solutions tailored to fit any architectural style.
Glass: Wintenic has two glass factories with serval glass deep process lines, include tempered glass, laminated glass, insulated glass, vacuum glass and composite glass.
At Wintenic, we are at the forefront of technology and sustainability. We employ state-of-the-art manufacturing processes and utilize eco-friendly materials to produce energy-efficient products that reduce carbon footprints. Our windows and doors are engineered to meet the highest standards of thermal insulation, noise reduction, and weather resistance, contributing to sustainable living and long-term energy savings.
Every Wintenic product undergoes rigorous quality control, ensuring that it meets stringent industry standards for performance and durability. Our focus on quality extends beyond products to our customer service, providing personalized support from consultation to installation.
Our team of skilled engineers and artisans ensures that every product is meticulously crafted to perfection.
We offer a range of customizable options, allowing customers to choose from a variety of materials, finishes, and configurations.
Our products are designed to help customers save on energy costs while maintaining comfort throughout the year.
Combining aesthetics with functionality, Wintenic products are built to last, offering lasting value and timeless appeal.
