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SunGuard Glass

SunGuard glass, similar to Sun Energy glass, belongs to the category of solar control glazing. These products are typically manufactured by advanced architectural brands and are designed for solar energy management and indoor space optimization.

Key Features:

  • Heat reduction: Reflects or absorbs a significant portion of solar radiation, preventing indoor overheating.
  • Natural daylight preservation: Allows natural light to enter without increasing unwanted indoor temperature, creating a bright and pleasant environment.
  • Improved energy efficiency: Reduces energy consumption and decreases reliance on cooling systems during summer.
  • Enhanced thermal performance: Can be combined with double-glazed units and advanced insulation technologies.

Why Choose SunGuard Glass?

  • Improves occupant comfort by controlling heat and sunlight.
  • Protects interior décor from direct sunlight and furniture fading.
  • An ideal choice for modern glass façades, balconies, and large windows.

💡 Summary:

SunGuard glass is an intelligent solution for controlling solar heat and light in buildings, ensuring energy optimization and enhanced indoor comfort alongside aesthetic appeal.
Special Glass – Sun Energy Glass

Sun Energy Glass (Solar Control Glass)

Sun Energy Glass is a type of architectural glass processed with special coatings (metallic or metal oxide layers) designed to control the amount of sunlight and heat entering a building. It reduces solar heat gain while maintaining natural daylight and clear outside visibility.

Performance

  • 💠 Solar Reflection: Surface coatings reflect part of the solar radiation, especially infrared wavelengths, reducing heat penetration.
  • 💠 Heat Absorption: Certain coatings absorb a portion of solar energy and re‑emit it either outside or inside, depending on the installation type.

Key Features

  • ✅ Solar Factor (G‑Value): Indicates how much solar radiation passes through — lower values mean less heat gain.
  • ✅ Light to Solar Gain Ratio (L/SHG): Maintains high visible light transmission compared to heat gain.
  • ✅ Thermal Transmittance (U‑Value): Optimized with double or triple glazing, argon gas, and Low‑E coatings for maximum insulation.
  • ✅ Appearance & Colors: Available in clear, gray, blue, green, bronze, or slightly reflective finishes.

Advantages

  • 🌞 Energy Saving: Reduces cooling loads in warm climates.
  • 🌞 Improved Comfort: Prevents overheating and provides a pleasant indoor environment.
  • 🌞 UV Protection: Filters harmful UV rays that cause fading of furniture and curtains.
  • 🌞 Glare Control: Minimizes dazzling reflections while maintaining good light levels.

Applications

  • 🏢 Residential & commercial buildings with high solar exposure.
  • 🏙 Glass façades and curtain walls with large glazed areas.
  • 🏡 Windows and doors for improved thermal comfort.
  • ☀️ Skylights & glass canopies for light and heat control.

Sun Energy Glass is an intelligent solar management solution that improves energy efficiency, reduces heat load, and creates comfortable living spaces.

Types of Glass – Curved Glass
 



 

 

شیشه خم (Curved Glass)

شیشه خم یا شیشه سکوریت خم، نوعی شیشه ایمنی است که طی فرآیندی حرارتی تحت فشار و دمای بالا به شکل منحنی در می‌آید. این نوع شیشه در معماری، خودروسازی و تولید لوازم خانگی کاربرد فراوان دارد.

فرآیند تولید شیشه خم

روش حرارتی: شیشه روی قالبی با شکل دلخواه قرار گرفته و در کوره گرم می‌شود تا خم گردد، سپس سرد شده و شکل آن تثبیت می‌شود. در صورت سکوریت بودن، فرآیند مقاوم‌سازی همزمان انجام می‌شود. روش لمینت: دو یا چند شیشه خم شده با یک لایه میانی به هم چسبانده می‌شوند تا شیشه لمینت خم تولید گردد. این روش علاوه بر شکل منحنی، ایمنی بالاتری نیز دارد.

ویژگی‌ها و کاربردها

  • زیبایی‌شناسی معماری: ایجاد جلوه‌های منحصر به فرد در نمای ساختمان، سقف، دیوار و دکوراسیون داخلی.
  • پنجره‌ها و ویترین‌های منحنی: مناسب فروشگاه‌ها، موزه‌ها و خودروها.
  • پله‌ها و نرده‌های شیشه‌ای منحنی: ایجاد فضاهای مدرن و زیبا.
  • کابین‌های دوش و حمام: ساخت دوش‌های منحنی.
  • آکواریوم‌ها و ویترین‌های خاص: نیازمند سطوح شیشه‌ای خمیده.
  • مبلمان شیشه‌ای: مانند میزهای منحنی.
  • تجهیزات خاص: در صنایع یا دستگاه‌هایی که نیاز به محفظه‌های شیشه‌ای خمیده دارند.

نکات مهم

  • دقت در تولید: کنترل دقیق دما، زمان و قالب برای ایجاد انحنای صحیح ضروری است.
  • انواع شیشه: امکان خم کردن شیشه‌های رنگی، مات، رفلکتیو، لمینت و سکوریت وجود دارد.
  • هزینه بالاتر: به دلیل پیچیدگی و زمان‌بر بودن فرآیند، شیشه خم معمولاً گران‌تر از شیشه صاف است.
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Curved Glass

Curved glass or curved tempered glass is a type of safety glass that is curved during a thermal process under high pressure and temperature. This type of glass is widely used in architecture, automotive, and home appliance manufacturing.

Bent glass production process

Thermal method: The glass is placed on a mold with the desired shape and heated in a furnace to bend, then cooled and its shape is stabilized. If it is tempered, the strengthening process is performed simultaneously. Laminating method: Two or more bent glasses are glued together with an intermediate layer to produce bent laminated glass. This method, in addition to the curved shape, also has higher safety.

Features and Applications

  • Architectural aesthetics: Creating unique effects on building facades, ceilings, walls and interior decoration.
  • Curved windows and showcases: Suitable for stores, museums and cars.
  • Curved glass stairs and railings: Creating modern and beautiful spaces.
  • Shower and bathroom cabins: Creating curved showers.
  • Aquariums and special showcases: Require curved glass surfaces.
  • Glass furniture: Such as curved tables.
  • Special equipment: In industries or devices that require curved glass enclosures.

Important notes

  • Precision in production: Precise temperature control, Time and mold are essential to create the correct curvature.
  • Types of glass: It is possible to bend colored, frosted, reflective, laminated, and tempered glass.
  • Higher cost: Due to the complexity and time-consuming nature of the process, bent glass is usually more expensive than flat glass.
Bent glass allows architects and designers to use their creativity to create unique and beautiful spaces and give a special look to the project.



 >شیشه خم به معماران و طراحان امکان می‌دهد تا خلاقیت خود را در ایجاد فضاهای منحصر به فرد و زیبا به کار گیرند و جلوه‌ای خاص به پروژه بدهند.



 
Types of Glass – Standard Double Glazed Glass

Standard Double Glazing

Standard Double Glazing

Standard double glazing is a system consisting of two layers of glass separated by a certain distance. This distance is usually filled with air or noble gases (argon or krypton) and sealed by a metal or polymer spacer.

Structure and Features

  • Glass Thickness: Usually between 3 and 12 mm, depending on the application, ordinary, laminated or tempered glass is used.
  • Spacer: Keeps the edges of the glass apart and its standard thickness is 6 to 20 mm. Its materials must have low thermal conductivity to avoid thermal bridging and often contain moisture absorbers.
  • Filling the space between the panes: Air or noble gases such as argon and krypton are used to improve thermal insulation.
  • Sealing: The edges are completely sealed and usually include a primary sealant (butyl or polysulfide) and a secondary sealant (silicone or polyurethane).
  • Low-emissivity coatings: Thin transparent metal layers on the glass to reflect thermal energy and reduce heat loss or excessive solar heat gain.

Advantages of double-glazed glass

  • Excellent thermal insulation: Reduces heat loss in winter and heat gain in summer.
  • Sound insulation: Reduces sound transmission External.
  • Reduced condensation (condensation): warmer interior surface and reduced possibility of water vapor formation.
  • More comfort: maintaining a more favorable temperature in interior spaces.
  • Reduced glare: using tinted glass or special coatings.
Standard double-glazed glass, with precision in glass thickness, spacer, gas type and sealing quality, offers excellent performance in thermal and acoustic insulation and is an ideal choice for modern buildings.
Types of Glass – Laminated Glass


Laminated Glass

Laminated glass is a type of safety glass that is bonded together with a middle layer (such as EVA or TPU) and, if broken, the glass pieces adhere to the middle layer, preventing the glass fragments from scattering.

Advantages

  • High safety: Prevents glass fragments from scattering and reduces the risk of injury.
  • Impact resistance: Greater strength than regular glass.
  • Sound insulation: Reduces sound transmission and annoying noises.
  • UV protection: Prevents fading of interior furnishings.
  • Higher security: Difficult for thieves and profiteers to pass through laminated glass.
  • Design flexibility: Possibility of using colored, patterned glass or colored intermediate layers.
  • Heat resistance: Relative tolerance to temperature changes.

Disadvantages

  • Higher cost than regular glass.
  • Heavy weight due to the presence of layers Additional.
  • Possibility of separation of layers if poor quality materials are used.
  • Inability to re-cut after production without special equipment.
  • Relatively sensitive to severe thermal shock.

Applications

  • Building facades and windows
  • Bulletproof and security glass (banks, storefronts)
  • Glass roofs and roof coverings
  • Glass stairs and railings
  • Windshields and other automotive parts
Laminated glass is an excellent choice for projects where safety, sound insulation and UV protection are important.



Types of Glass – Tempered Glass

Tempered Glass

Tempered Glass

Tempered glass is a type of safety glass that is made more resistant by heat treatment and breaks into small, harmless pieces when broken. This glass has higher mechanical and thermal resistance than regular glass and increases the safety of buildings and people.

Production and Strengthening Process

  • Heating: The glass is heated to a temperature of about 650-700 degrees Celsius.
  • Rapid cooling: Immediately after heating, the glass is cooled with a jet of cold air from both sides, creating compressive stress.
  • Creating compressive stress: The outer layers are under pressure and the inner layers are stretched, which increases the mechanical strength of the glass.

Features and advantages

  • High mechanical strength: 4 to 5 times that of ordinary glass.
  • High thermal resistance: Withstands sudden temperature changes of up to about 200 degrees Celsius.
  • Safety in breakage: Transforms into small, harmless pieces.
  • Excellent transparency: Maintains optical quality and transparency.
  • Wind resistance: Suitable for building facades and windy areas.

Applications

  • Glass doors and building entrances
  • Interior partitions and space separation
  • Side and rear windows of cars
  • Building glass facades and storefronts
  • Shower surrounds (glass bathrooms) and stair glass

Important notes

  • Cutability after tempering: Glass cannot be cut or drilled after tempering.
  • Difference from laminate: Tempered glass breaks into small pieces, while laminate holds the pieces together. It takes.
Tempered glass with high safety and excellent mechanical resistance is a suitable choice for architectural, industrial and automotive projects.
Other Products – Roofing & Canopy Systems


Roof & Canopy Systems


Advantages compared to other materials

  • Lighter and more flexible than stone and ceramic
  • More variety of colors and designs than metals such as galvanized sheet or steel
  • Faster and more economical to implement than cement or brick facades
  • Ability to implement modern and curved designs that are difficult with traditional materials


Considerations

  • Choice of core type: For buildings with fire safety considerations, panels with a mineral core are recommended
  • Quality of paint coating: PVDF or FEVE coatings ensure color resistance to UV and long-term stability
  • Proper installation: The quality of the substrate and the installation method have a great impact on durability and beauty
  • Aluminum composite facade is the ideal choice for modern projects due to its lightness, strength, beauty and flexibility


HASCO Holding’s roof and canopy covering systems offer a combination of performance, beauty and flexibility for modern buildings.


Other Products – Louver Facade


Louver Facade


Definition and Application

  • System consisting of parallel and angled blades, installed horizontally or vertically.
  • Main purpose: control of light, ventilation, beauty and visual effect of the facade.
  • Used in office, commercial, residential buildings, schools, hospitals and cultural centers.


Types of Louver Facade

  • Based on blade direction:
    • Horizontal: control of sunlight from above and natural ventilation
    • Vertical: control of daylight and aesthetic effect
  • Based on mobility:
    • Fixed: fixed blade angle, low cost and simple
    • Moveable: possibility of rotating blades, light control and dynamic ventilation
  • Based on material:
    • Aluminum: light, resistant, paintable
    • Steel: resistant, durable, heavier
    • Wood: natural and warm, requires maintenance
    • PVC or composite: resistant to moisture and easy to maintain


Objectives and functions

  • Control of sunlight and reduce the thermal load of the building
  • Maintain privacy and control visibility
  • Natural ventilation with minimal entry Light
  • Creating a modern and dynamic architectural effect
  • Protection against rain and snow
  • Hiding installation and ventilation elements


How to implement

  • Installation as a dry facade system
  • Louver sheets on a metal substructure attached to the main structure
  • Precise determination of the angle and distance of the blades according to the architectural design
  • Opening and closing mechanisms are included in the movable systems


Advantages

  • Increase energy efficiency through light and ventilation control
  • Improve indoor environment quality
  • Modern appearance and Distinctive
  • Dynamic control of lighting and ventilation conditions (movable)
  • High durability and resistance (depending on the selected material)


Notes

  • Higher cost in movable systems
  • Requirement of periodic servicing of mechanisms
  • Periodic cleaning of blades to prevent dust
  • Precise design of blade angles and distances for optimal performance


Hasco’s louvered facade is an efficient and beautiful solution for managing light, ventilation and the modern appearance of the building.


Other Products – Microcement Facade


Microcement Facade


Definition and Application

  • A new and very thin coating that creates a concrete and modern look.
  • Composition of cement, water-based resin, additives and pigments.
  • Use in exterior and interior facades, floors, walls, bathrooms and kitchens.


Application process

  • Surface preparation: clean, dry, free of dust and cracks.
  • Base layer: Create a solid base using glass mesh to prevent cracking.
  • Layer Middle: Multiple layers for surface integrity and smoothness.
  • Top layer: Determines the final appearance and desired texture.
  • Sealer and varnish: Protects against water, UV, scratches, and determines the final gloss (matte, semi-matte, glossy).


Features and benefits

  • Integrated and seamless appearance, minimal and modern
  • Variety of colors and textures
  • Can be applied to concrete, cement, tile, ceramic, plaster, metal, wood and old surfaces
  • High resistance to abrasion, water, impact and temperature changes
  • High flexibility compared to traditional concrete
  • UV protection with final layers
  • Quick and easy installation with weight Low
  • Antibacterial and antifungal properties


Applications

  • Exterior facade of residential, villa, apartment, commercial and office buildings
  • Covering walls, columns and architectural elements
  • Renovation and renovation of old facades
  • Covering around windows and doors


Considerations

  • Requires a skilled and specialized contractor for final quality
  • Higher cost than cement coating or traditional paint
  • Maintenance: Cleaning with mild materials and periodic inspection of the protective layer
  • Sensitivity to concentrated strong impact


Hasco Holding Microcement, a combination of modern aesthetics, high durability and versatility for unique and integrated facades.