SUNGLAZE® Polycarbonate Roofing & Glazing Systems

Smart design, elegant appearance, versatility, low maintenance and sustainable performance

SUNGLAZE is a solid polycarbonate roofing system that offers smart design, elegant appearance, versatility, low maintenance and sustainable performance for a variety of architectural challenges. The polycarbonate roofing system is a popular glazing solution for an array of structures including commercial, architectural, and residential buildings. SUNGLAZE is comprised of flat solid polycarbonate roofing panels with edges made to fit a proprietary standing seam glazing system, and is engineered to allow for wide spans with increased loading capacity. It can be specified in various lengths to match different structures, including flat and curved designs.

Construction & Architecture

Main Benefits

Clear and elegant appearance
Standing-seam leak-proof performance
Easy, fast and safe installation
Allows for free thermal expansion & contraction
Free of silicone sealants and caulking
Engineered to withstand high loads
Minimal maintenance
Glass-like appearance

Typical Applications

Architectural projects
Commercial and retail structures
Sports venues roofing
Covered walkways
Open markets
Service stations
Polycarbonate canopy
Entrances
Pool covers
Residential pergolas
Awnings
Solid polycarbonate roof

Royal Institute of British Architects

LET VISITORS ENJOY THE SUNSHINE WHILE KEEPING THEM COOL & COMFORTABLE

Architects and developers around the world are working to create environments that are bright, enjoyable and comfortable—a combination that can be difficult to achieve while also maintaining energy efficiency and sustainability.
Palram offers four different types of polycarbonate glazing products including flat solid sheets, multi-wall sheets, single-layer corrugated sheet, and complete panel systems. Our Project Support Engineers can help you evaluate a variety of glazing options with the goal of meeting your design aspirations, your efficiency and sustainability goals, and your budgetary and performance needs.
If you are an architect, engineer or builder and need assistance evaluating your design and developing an installation method and process, contact us to learn more about our Architectural Project Support Center.

A Complete Architectural System

The main benefits of a SUNGLAZE standing seam polycarbonate roofing system are that it provides superior water tightness and it is easier and faster to install. Unlike standard sheets, SUNGLAZE is supplied together with all installation accessories, including interlocking aluminum profiles (base and cap, cap plugs, screws, end closures) and architectural elements. Specified accessories for each project, such as wall-roof detail, gutter detail, ridge cap detail, side flashings and double-glazing system profiles, provide solutions for a wide range of installation challenges.
All the accessories and elements are provided as a complete system, so you can create the perfect polycarbonate canopy, solid polycarbonate roof, awning, curtain wall, or any other glazing and polycarbonate roof panel system.

Projects gallery

Virginia Beach Resort, USA

A Sunglaze canopy was installed over the bar and dining area in this luxurious Virginia Beach resort.

Hangzhou Airport, China

SUNGLAZE panels were installed into the wavy entrance canopy using cold bending. The aluminum profiles were roll formed.

Barker Hotel, Australia

A SUNGLAZE architectural roofing system was installed in this hotel where the core considerations were versatility, low maintenance, sustainable performance & appearance.

Anvers Confectionery, Australia

The SUNGLAZE system provided a safe solution with leak & shatterproof roofing.

Manufactura Outlet Mall, Ukraine

A glass-like SUNGLAZE panel system integrates with the architectural style of this mall. The roof is leak-proof & blocks harmful UV radiation.

Cheese Shop at Burnie, Australia

SUNGLAZE was used for this project as it can be specified in various lengths to match different structures, including flat and curved designs.

Derby School, USA

SUNGLAZE was used for the walkway covers & awnings due to its benefits which include a modular design, quick installation, minimal maintenance & high loads tolerance.

SUNGLAZE SYSTEM COMPONENTS

The SUNGLAZE system is based on flat-solid polycarbonate panels with corrugated edges, and a comprehensive complete set of components that enable versatility of design.
With the suitable system components, SUNGLAZE can be applied as a double-glazing curtain wall, single glazing façade, a curved, single glazed canopy, or as a designed skylight.

>>Download the SUNGLAZE brochure for a technical guide and component specifications

Related Videos

Why Architects choose Palram SUNGLAZE®- a testimonial

Palram offers architects the support, engineering specs and customization required to select the right solutions to comply with project requirements.

SUNGLAZE Installation Guide

All you need to know in order to successfully install a SUNGLAZE panel system. See how simple it is.

Cartagena Shopping Center, SUNGLAZE® Polycarbonate Panel System

How Palram helped the designers of the Cartagena Shopping Center develop a convex skylight using the SUNGLAZE® Polycarbonate Panel System.

Principles of SUNPAL® & SUNGLAZE™ Polycarbonate Systems

3D illustration demonstrating the main principles of installation of the Sunglaze™ solid polycarbonate architectural system

SUNGLAZE® retractable roof brings light and blocks heat at Brisbane Bar.

One of Brisbane's must-do's is the Dirty Sultan Bar, which was recently renovated with Palram's Solar-Grey 4mm SUNGLAZE® retractable roof, installed by Suncoast Enclosures.

SUNGLAZE™ Panel Sizing, Thickness and Load Bearing

There are varying sizes and thicknesses in which SUNGLAZE panels can be purchased. The recommended thickness of the SUNGLAZE polycarbonate roof system is based on factors such as wind and snow load, as well as the spans between structural elements such as purlins and rafters. The higher the impact we expect the solid polycarbonate roofing panels to withstand, the thicker it should be specified, and the higher the expected loads the polycarbonate roof system is expected to bear, the smaller the spans between purlins should be. The length of the system's panels is limited only by transportation and logistics. There are creative loading solutions that enable transporting SUNGLAZE panels which are more than twice as long as a standard 40ft container.
To read more about the dimensions and specifications of SUNGLAZE go to panel types.

Dimensions

Panel Types

Parameter	SUNGLAZE™ 3/600	SUNGLAZE™ 4/600	SUNGLAZE™ 4/800	SUNGLAZE™ 6/800
Thickness	3mm	4mm	4mm	6mm
Width	584mm (600mm system)	585mm (600mm system)	785mm (800mm system)	785mm (800mm system)
Height	20mm	21mm	21mm	21mm
Weight	3.79 Kg/m², (2.20 Kg/m)	5.05 Kg/m², (2.94 Kg/m)	4.98 Kg/m², (3.90 Kg/m)	7.453 Kg/m², (5.96 Kg/m)
Minimum cold bending radius for the polycarbonate panel*	4m	4m	4m	4m
System weight	6.14 Kg/m²	7.40 Kg/m²	6.73 Kg/m²	9.25 Kg/m²

Panel Types Note Sunglaze Aluminum Profiles Must Be Roll Formed Separately To The Desired Radius, Not Below A Minimum Radius Of 4m.

Colors & Finishes

Standard Color chart

Color	% Light Transmission ASTM D-1003	%Haze ASTM D-1003	Solar Heat Gain (SHGC) ASTM E-424-71	Shading Coefficient ASTM E-424-71
Clear	90	<1	0.87	1
Bronze	20	<1	0.45	0.52
Bronze	35	<1	0.56	0.64
Bronze	50	<1	0.65	75
Grey	20	<1	0.44	0.51
Grey	35	<1	0.56	0.64
Grey	50	<1	0.65	0.75
White Opal	28	100	0.32	0.37
White Diffuser	80	100	0.87	1
Solar Ice	20	100	0.39	0.45
Solar Control	20	67	0.33	0.36
Solar Olympic	20	50	0.41	0.47
Solar Olympic	35	35	0.52	0.6
Solar Olympic	50	20	0.63	0.73
Smart Green	70	26	0.57	0.67
Smart Blue	50	26	0.56	0.65
Bluish Breeze	70	1	0.55	0.63

Standard Color Text Other Colors Are Available Upon Request, Subject To Minimum Quantity.

Physical Properties

Typical Physical Properties

Property	Method**	Conditions	Units	Value
Mechanical
Density	D-792		g/cm³	1.2
Tensile modulus of elasticity	D-638	1 mm/min	Mpa	2300
Flexural strength	D-790	1 mm/min	Mpa	93
Flexural modulus	D-790	1.3 mm/min	Mpa	2600
Notched impact strength Izod	D-256	23°C	J/m	800
Impact falling dart	ISO 6603/1d	3mm	J	158
Impact - fall through	E-695		m/kg	336
Charpy Impact after Xenon Arc Exposure (D-6110)	D-2565-08	3000 hrs	% Loss of Impact Strength	<10
Thermal
HDT (Heat Deflection Temperature)	D-648	Load: 1.82Mpa	°C	135
Vicat softening temperature	D-1525	Load: 1kg	°C	150
Service temperature - Short term			°C	-50 to 120
Service temperature - Long term			°C	-50 to 100
Coefficient of linear thermal expansion	D-696		cm/cm °C	6.5 x 10^5
Thermal conductivity	C-177		W/m °K	0.21
Specific heat capacity	C-351		kJ/kg °K	1.3
Weathering
Color change	D-2244	60 months	∆E	<3
Yellowing index	E-313	60 months	∆ Yellowness Index	<10
Light transmission	D-1003	10 years	%	<6
Leakage / Structural
Water leakage	E-283	20 psf		none
Air leakage	E-331	6.24 pfs (Condision of air leakage test)	cfm/ft²	0.05
Uniform load	E-330		psf	-3.111111111

Typical Physical Properties Notes

Properties In The Table Relate To The Polycarbonate Glazing Panels In The Sunglaze System.
ASTM Method Except Where Noted Otherwise.
All Tests Results Are Pending Sheet Thickness.

Technical Data

Flammability

Test	ASTM Standard	Classification
Flammability	EN-13501	B, s1, d0
Self ignition	D-1929	628°C
Flame spread / smoke	E-84	Class B
Smoke density	D-2843	<75%
Burn extent	D-635	CC1

Flammability Notes

All Tests Results Are Pending Sheet Thickness.

Maximum Spans Between Purlins Single span

Type	Rafter center	75kg/²	100kg/²	125kg/²	150kg/²	175kg/²	200kg/²
3/600	600mm	900mm	820mm	760mm	NA	NA	NA
4/600	600mm	900mm	820mm	760mm	720mm	680mm	NA
4/800	800mm	820mm	745mm	690mm	NA	NA	NA
6/800	800mm	900mm	820mm	760mm	720mm	680mm	650mm

Maximum Spans Between Purlins Multi span

Panel Type	Rafter center	75kg/m² Mid span	75kg/m² End span	100kg/m² Mid span	100kg/m² End span	125kg/m² Mid span	125kg/m² End span	150kg/m² Mid span	150kg/m² End span	175kg/m² Mid span	175kg/m² End span	200kg/m² Mid span	200kg/m² End span
3/600	600	1540	1210	1400	1100	1300	1020	NA	NA	NA	NA	NA	NA
4/600	600	1540	1210	1400	1100	1300	1020	1220	960	1160	910	1110	870
4/800	800	1400	1100	1275	1000	1180	925	NA	NA	NA	NA	NA	NA
6/800	800	1540	1210	1400	1100	1300	1020	1220	960	1160	910	1110	870

Max Span Purlin Multi Note

1. The Values Are Based On Maximal Deflection Criteria Of L/200 For The Aluminum Profiles And L/20 For The Polycarbonate Panels.
2. The Dimensions Depicted Do Not Supersede The Requirements Of Local Construction Codes.
3. In Case Of Installation With Supports By Rafters, The Distance Between Screws Should Be 800 Mm.

Componenets

Component	Part No.	Suppliance Data
Base	0404 (3 & 4mm), 0406 (6mm)	Length: Up to 6m, Finish: Grey paint
Cap	0503 (3mm), 0504 (4mm), 0506 (6mm)	Length: Up to 6m, Finish: Grey paint
Cap Plug	6, (3, 4 & 6mm)	Length: Up to 6m, Finish: Grey paint
3mm (0.125″) End Closure for SUNGLAZE 3/600	7	Quantity: 100 Pcs/Box. Finish: Mill (Natural)
4mm (0.156″) End Closure for SUNGLAZE 4/600 and 4/800	8	Quantity: 100 Pcs/Box. Finish: Mill (Natural)
6mm (0.25″) End Closure for SUNGLAZE 6/800	9	Quantity: 100 Pcs/Box. Finish: Mill (Natural)
Galvanized Steel Fixing Screw: Pan cross head self-drilling screw, 4.8x19mm (#10x3/4″)	10	Quantity: 500 Pcs/Box
Galvanized Steel Locking Screw: Pan cross head tapping screw, 5.5x19mm (#12x3/4″)	11	Quantity: 500 Pcs/Box
Galvanized Steel Locking Screw: Pan cross head tapping screw, 5.5x25mm (#12x1″)	12	Quantity: 500 Pcs/Box

Thermal Insulation

Thickness (mm)	SUNGLAZE™ U Value (W•m2•K)	Glass U Value (W•m2•K)
3	5.43	5.79
4	5.29	5.76
6	5.04	5.52

acoustic properties

Thickness	Acoustic Insulation DIN 52210-75 RW (db)
6mm	26
4mm	24
3mm	23

The Standing Seam Polycarbonate Roofing System at the Garruankilla Farmer’s Market

How the Palram team supported P. Coleman & Associates in finding the optimal solution for an outdoor market.

Read all about it

Handy Comparison between Polycarbonate and Glass

Deciding whether to use glass or polycarbonate is about more than just aesthetics.

Read all about it

Why Use Polycarbonate in Building and Construction?

Polycarbonate has a plethora of other attributes that could help explain its increasing attraction to architects.

Read all about it

Fire Regulations and Testing of Polycarbonate Building Materials

Required in all buildings, building codes and standards serve to ensure the safety and security of building occupants in addition to the quality, integrity and longevity of the products, materials and systems inside those buildings.

Read all about it

Polycarbonate and Protection from UV Radiation

The use of polycarbonate sheets for roofing has almost become synonymous with protection from UV radiation. But what does this protection really mean?

Read all about it

First Name*
Last Name*
Email Address*
Phone Number
Country*
Street Address 1
Street Address 2
Postal Code
How can we help?*
City
Message*
GDPR Consent
I agree to receive other communications from Palram.
CAPTCHA
Comments
This field is for validation purposes and should be left unchanged.

You may unsubscribe from these communications at any time. For more information on how to unsubscribe, our privacy practices, and how we are committed to protecting and respecting your privacy, please review our Privacy Policy. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

SUNGLAZE® Polycarbonate Roofing & Glazing Systems

Smart design, elegant appearance, versatility, low maintenance and sustainable performance

Main Benefits

Typical Applications

Royal Institute of British Architects

LET VISITORS ENJOY THE SUNSHINE WHILE KEEPING THEM COOL & COMFORTABLE

A Complete Architectural System

Projects gallery

Virginia Beach Resort, USA

Hangzhou Airport, China

Barker Hotel, Australia

Anvers Confectionery, Australia

Manufactura Outlet Mall, Ukraine

Cheese Shop at Burnie, Australia

Derby School, USA

SUNGLAZE SYSTEM COMPONENTS

Related Videos

Why Architects choose Palram SUNGLAZE®- a testimonial

SUNGLAZE Installation Guide

Cartagena Shopping Center, SUNGLAZE® Polycarbonate Panel System

Principles of SUNPAL® & SUNGLAZE™ Polycarbonate Systems

SUNGLAZE® retractable roof brings light and blocks heat at Brisbane Bar.

SUNGLAZE™ Panel Sizing, Thickness and Load Bearing

Dimensions

Panel Types

Colors & Finishes

Standard Color chart

Physical Properties

Typical Physical Properties

Technical Data

Flammability

Maximum Spans Between Purlins Single span

Maximum Spans Between Purlins Multi span

Componenets

Thermal Insulation

acoustic properties

Related Articles

The Standing Seam Polycarbonate Roofing System at the Garruankilla Farmer’s Market

Handy Comparison between Polycarbonate and Glass

Why Use Polycarbonate in Building and Construction?

Fire Regulations and Testing of Polycarbonate Building Materials

Polycarbonate and Protection from UV Radiation

DOWNLOADS

Related Products

SUNPAL®

SUNLITE®

SUNTUF®

SUNTOP®

PALTOP™

SUNGLAS™

Frequently Asked Questions

Contact Us

Palram.com uses cookies