WARNING: This product can expose you to chemicals including BPA, which is known to the State of California to cause cancer, birth defects or other reproductive harm.  For more information go to www.P65Warnings.ca.gov

Polyrise Aluminum Tape TDS

DATA SHEET OF PC SOLID-V2

POLYRISE TECHNICAL DATA-Multi-wall Sheet

POLYRISE WARRANTY POLYCARBONATE SHEET

Anti dust tape TDS POLYRISE

POLYRISE TECHNICAL DATA-Twin-wall Sheet

At Polycarbonate Depot, we specialize in providing high-quality polycarbonate sheets for a variety of applications, including roofing, greenhouses, canopies, and more. To ensure our customers receive the materials they need when they need them, we offer fast and reliable delivery services across a broad range of territories in Northern California. Whether you’re looking to buy polycarbonate sheets online or need durable polycarbonate panels for your next project, we have you covered.

Bay Area Polycarbonate Sheet Delivery

We proudly serve the Bay Area, bringing durable and versatile polycarbonate sheets to homes and businesses. Whether you’re working on a greenhouse in Napa or installing transparent polycarbonate roofing panels in San Jose, we’ll deliver directly to your location.

Alameda County

Our delivery services cover major cities like Oakland, Fremont, Berkeley, and Pleasanton, making it easy to get polycarbonate sheets for any project, from residential awnings to industrial enclosures. Need twin-wall polycarbonate sheets for energy-efficient greenhouses? We ensure timely delivery for all your needs.

Contra Costa County

Looking for polycarbonate panels for roofing or skylights in Walnut Creek, Concord, or Richmond? We’ve got you covered with fast, efficient delivery throughout Contra Costa County. Our corrugated polycarbonate sheets are perfect for outdoor projects like pergolas and patios.

Marin County

From Sausalito to Novato, we deliver top-quality polycarbonate solutions for canopies, pergolas, and more. Our lightweight and UV-resistant sheets, including solid polycarbonate panels, are ideal for outdoor projects requiring clarity and durability.

San Francisco County

Whether you’re constructing a modern greenhouse or replacing old panels, we deliver polycarbonate sheets across all of San Francisco. Buy affordable polycarbonate sheets today and experience the convenience of our reliable service.

San Mateo County

Serving cities like Daly City, Redwood City, and San Mateo, our delivery ensures you have the polycarbonate materials you need for both commercial and residential projects. Transparent polycarbonate panels and durable roofing sheets are always in stock to meet your needs.

Santa Clara County

From San Jose to Mountain View, we provide polycarbonate roofing panels, clear sheets, and custom solutions for your construction or renovation needs. Twin-wall polycarbonate sheets and corrugated panels are popular choices among our clients.

Solano and Sonoma Counties

We’re your trusted supplier for polycarbonate panels in cities like Vacaville, Vallejo, Santa Rosa, and Petaluma. These materials are ideal for skylights, greenhouses, and other weather-resistant structures. Thick polycarbonate sheets (6 mm, 8 mm, 14 mm) are available for projects requiring extra strength.

Greater Sacramento Polycarbonate Delivery

Expanding beyond the Bay Area, our delivery network also reaches the Greater Sacramento region. This ensures that wherever you are, you can rely on us for premium polycarbonate products.

Sacramento County

From Sacramento to Elk Grove, our sheets are perfect for creating durable outdoor structures or enhancing your building projects. Explore our range of polycarbonate sheets for sale and find the ideal fit for your project.

Placer and El Dorado Counties

We deliver to cities like Roseville, Rocklin, South Lake Tahoe, and El Dorado Hills, offering polycarbonate solutions for everything from residential patios to commercial roofing. Corrugated and twin-wall polycarbonate sheets are among our most popular options.

Yolo County

If you’re in Davis, Woodland, or West Sacramento, trust us to deliver high-quality polycarbonate sheets designed for strength, clarity, and longevity. Affordable polycarbonate panels for greenhouses and roofing are just a call away.

Amador, Nevada, and Surrounding Counties

Whether it’s a greenhouse in Grass Valley or an outdoor canopy in Jackson, we ensure timely delivery of the polycarbonate materials you need to bring your project to life. Buy polycarbonate sheets online today and enjoy fast delivery.

High-Quality Polycarbonate Sheets for Every Project

We offer a wide range of polycarbonate sheets to suit any application:

• Twin-wall Polycarbonate: Lightweight and energy-efficient, perfect for greenhouses.
• Solid Polycarbonate Sheets: Impact-resistant and ideal for protective barriers and roofing.
• Corrugated Polycarbonate Panels: UV-protected and designed for outdoor applications like patios and pergolas.
• Custom Sizes and Solutions: Tailored to fit your project’s exact specifications.

Why Choose Polycarbonate Depot?

• Wide Delivery Network: From Alameda County to Greater Sacramento, we bring polycarbonate sheets to your doorstep.
• Premium Quality: Our polycarbonate panels are durable, weather-resistant, and built to last.
• Expert Support: Not sure which sheet is right for your project? Our team is here to help.
• Fast Delivery: With coverage across Northern California, we ensure your materials arrive on time.

Order Polycarbonate Sheets Today

Ready to start your next project? Visit our Contact Page to place your order or speak with our team for assistance. With delivery services spanning Northern California, including the Bay Area and Greater Sacramento, we’re here to provide high-quality polycarbonate solutions whenever and wherever you need them.

Polycarbonate Depot – Bringing Durable Solutions to Every Corner of Northern California.

Polycarbonate vs. Acrylic: Choosing the Right Material for Your Project

When it comes to selecting materials for transparent or light-transmitting structures, polycarbonate and acrylic (also known as plexiglass) are two of the most popular options. Both materials are excellent alternatives to traditional glass, offering durability, versatility, and clarity. However, they differ significantly in performance, cost, and practical applications. Understanding the unique characteristics of each will help you make the right choice for your project.

What is Acrylic?

Acrylic, commonly referred to as plexiglass, is a lightweight and transparent thermoplastic widely used in construction, displays, signage, and decorative applications. It has been in use for decades due to its glass-like clarity and flexibility in design.

Key Features of Acrylic:

•            Lightweight: Acrylic is about 50% lighter than glass, making it easier to handle and install.

•            High Transparency: With a light transmission rate of up to 92%, acrylic provides exceptional optical clarity, even outperforming glass.

•            Design Flexibility: Acrylic can be shaped into various forms through controlled heating, allowing for creative and customized designs.

•            UV Stability: Acrylic does not yellow or degrade when exposed to sunlight, maintaining its clarity over time.

Limitations of Acrylic:
While acrylic is durable compared to glass, it is less impact-resistant than polycarbonate. It is also prone to crackingwhen bent without heating and is flammable at high temperatures (igniting at around 260°C). Additionally, extreme cold or heat can affect its structural performance, with an operating temperature range between -30°C and +150°C.

Common Uses of Acrylic:

•            Storefront windows and display cases

•            Decorative panels and signage

•            Aquariums and protective screens

•            Skylights and canopies

What is Polycarbonate?

Polycarbonate is a highly durable thermoplastic that is widely recognized for its exceptional strength and impact resistance. It is often used in demanding applications where safety, longevity, and structural integrity are critical.

Key Features of Polycarbonate:

•            Incredible Strength: Polycarbonate is up to 200 times stronger than glass and significantly more impact-resistant than acrylic, making it virtually unbreakable.

•            Flexibility: Unlike acrylic, polycarbonate can be cold-bent without heating, making it ideal for curved structures.

•            Thermal Stability: Polycarbonate retains its strength and properties at higher temperatures, withstanding heat up to 180°C.

•            UV Protection: Modern polycarbonate sheets are available with UV-blocking coatings, which prevent harmful radiation while protecting the material from yellowing or degradation.

•            Lightweight: Despite its strength, polycarbonate is about 50% lighter than glass, similar to acrylic.

Limitations of Polycarbonate:
The main drawback of polycarbonate is its higher cost compared to acrylic. However, this investment pays off with its long lifespan and minimal maintenance needs.

Common Uses of Polycarbonate:

•            Greenhouses and conservatories

•            Roofing for patios, canopies, and skylights

•            Safety shields and machine guards

•            Vehicle windows and protective barriers

•            Sports equipment (e.g., helmet visors)

Acrylic vs. Polycarbonate: Key Comparisons

Which Material is Right for You?

Choose Acrylic If:

•            You need a cost-effective solution for projects with low to moderate impact requirements.

•            Your application requires excellent optical clarity and lightweight panels.

•            You’re working on decorative or indoor projects such as displays, signs, or windows.

Choose Polycarbonate If:

•            Strength and durability are your top priorities, especially for outdoor or high-impact applications.

•            You need a material that can withstand extreme weather conditions or temperature fluctuations.

•            Your project involves curved structures, where cold bending without heating is necessary.

•            Long-term performance and UV protection are essential, such as for greenhouses, roofs, or protective barriers.

Conclusion

Both acrylic and polycarbonate are excellent alternatives to glass, each offering unique benefits for specific applications. Acrylic is ideal for projects that prioritize clarity, affordability, and light weight, while polycarbonate is the superior choice for strength, impact resistance, and long-term durability.

By understanding the differences between these materials, you can confidently choose the one that best meets your project’s requirements—whether it’s a decorative indoor display or a robust outdoor structure designed to last for years.

FAQ About Polycarbonate Installation: Expert Views on Slope and Waterproofing

Below is a list of FAQs that may help you:

1. How to Create a Slope?
Experts recommend creating at least a 5-degree slope. Here’s an easy calculation to achieve the required 5-degree slope: If you have a roof length of 12 feet, the upper roof end should be 1 foot taller than the lower end.

Option 1: You can cut the whole beam diagonally to create two shims for the slope.

Option 2: Install or reinstall the ledger board and attach it to the roof or the wall.

2. Is Flashing Necessary at the Edges of the Polycarbonate Roof?
You can use aluminum or galvanized metal flashings at the edges to ensure that rainwater doesn’t seep into the gaps between the polycarbonate panels and the beams.
Alternatively, you can use an overhang instead of flashing.

3. Overhang.

An overhang extends the polycarbonate panels beyond the edge of the beam.
Recommend overhang is 6 inches. The maximum overhang is 12 inches.

4. Gutters

Installing gutters along the edge of your polycarbonate sheets is a great way to manage water runoff. Gutters collect rainwater from the roof, directing it away from your patio or structure to prevent leaks and damage.

To install gutters:

Attach the gutter securely along the bottom edge of the polycarbonate sheets.

Ensure proper alignment so that the water flows seamlessly into the gutter system.

5. How to Extend the Length of Polycarbonate Sheets: Overlapping or H Profiles

When the length of your polycarbonate sheets isn’t sufficient to cover the entire area, there are two primary methods to achieve the desired length: overlapping the sheets or using an H profile to connect two panels. However, neither method is ideal, so it’s always better to use a single, continuous panel whenever possible.

Overlapping Polycarbonate Sheets

One way to extend the length of your installation is by overlapping the sheets. This method creates a seamless joint where one sheet overlaps the next, ensuring water flows off the roof without seeping between the sheets.

How to Overlap Sheets Properly:

•              Overlap the polycarbonate sheets by at least 12 inches to prevent water penetration at the joint.

•              Ensure the overlap is aligned with the slope of the roof so water runs down and off instead of getting trapped.

•              Maintain a minimum roof slope of 5 degrees when using this method to ensure effective water drainage.

•              Adjust the height of the rafters. For example if you use 14 mm panels the height of 1 rafters should be 14 mm higher than another.

Using an H Profile to Connect Panels:

Align the Sheets: Position the edges of the two polycarbonate sheets you want to join, ensuring they are straight and properly aligned.

Insert the H Profile: Slide the H profile into place between the sheets, ensuring a snug and tight fit along the joint.

Secure the Panels: Use screws with rubber washers to fix the panels and the H profile to the supporting structure. This prevents leaks and ensures stability.

Seal with Silicone: Apply a bead of silicone along both sides of the H profile where it meets the sheets. This provides an additional layer of waterproofing and helps prevent dust or debris from entering the joint.

6. How Do I Connect the Polycarbonate Roof to My House Wall?

When attaching a polycarbonate roof to the wall of a house or building, you should use L flashing to create a waterproof seal between the roof and the wall. This prevents water from getting behind the sheets and into the house.

To connect to a house wall:

Place the L flashing between the top edge of the polycarbonate sheets and the wall.

Secure the L flashing tightly to both the wall and the sheets, ensuring there are no gaps.

 7. List of Materials for Twin-Wall Polycarbonate Panel Installation:

- Polycarbonate Sheets: The main and key component.

- Connectors (H or Snap Profiles): Used to connect two sheets together.

- U Caps: Used to cover the ends of the sheets.

- Vented Tape: Protects against moisture and dust particles.

- Screws with Plastic Washers or Screws with Neoprene Washers: Ideal for preventing rainwater leaks.

Tools:

- Measuring Tape: Essential for adjusting the polycarbonate sheets.

- Drill: Useful for creating precise screw holes.

- Circular Saw or Jigsaw: Used to cut and adjust panels.

- Safety Glasses: Protect against potential eye damage during installation.

8. How to Calculate the Number of Screws
For proper installation, it’s recommended to place screws every 2 feet in each direction. At the same time, you should place screws where you have an H or snap connector.
Here’s a reference for a standard 4 ft x 8 ft sheet size:

- For one sheet (4 ft x 8 ft), you will need approximately 15 screws.

- For two sheets connected with an H or snap profile (4 ft x 8 ft), you will need around 25 screws.

- For three sheets connected with an H or snap profile (4 ft x 8 ft), you will need about 45 screws.