Choosing the Right Clamp-to-Seam Snow Management Solution

Of all the metal roofing options available for residential roofing, metal standing seam is the best-selling. And, it’s no wonder! It can improve the value of your home up to 6% when compared to an asphalt shingled roof. You’ll recoup an average 90% of costs you put into a new standing seam roof if you Keep reading . . .

Alpine’s Guide for Solar Arrays & Snow Management on Shingle Roofs

Alpine SnowGuards innovated the market’s first and only solar snow management system. With almost a decade of research and development, we’ve developed a three-part system that has been rigorously performance tested at our in-house research facility. Alpine’s Guide for Solar Arrays & Snow Management on Shingle Roofs explains how snow and ice interact on solar Keep reading . . .

Alpine Launched Solar Snow Management System in 2012

Back in 2012, Alpine launched a solar snow management system which has evolved into a three-component system.  At the time, the system clamped directly to the panel frame in the vertical joint between the panels, and could be used on projects with Ground Snow Loads up to 50 psf (psf gsl). Today, the three-component system Keep reading . . .

Snow Management Systems for Metal Roofing

Alpine SnowGuards’ wide variety of options and configurations for managing rooftop snow spans all roof types. However, here are snow management systems we designed specifically for metal roofing. Snow Guards for Metal Standing Seam Roofing Standing seam, or clamp-to-seam style, snow guards are designed specifically for use with metal standing seam roofs. They are available Keep reading . . .

Fusion-Guard Snow Management System Tested on Synthetic Slate

The Fusion-Guard, a hybrid pad-style snow guard, was introduced in late 2019 to meet snow management needs of the synthetic roof tile market. It is available in aluminum, stainless steel, galvanized cold rolled steel and custom powder-coated options. Hybrid Snow Management System The Fusion-Guard system is a “Hybrid-Style” snow management system because of the patented Keep reading . . .

Snow Bird: a New Copper-Plated Stainless Steel Snow Guard

The Snow Bird, a hybrid pad-style snow guard, was created to meet the snow retention needs of the ever-growing synthetic roofing tile market. Since its introduction in March 2021, the Snow Bird material offering has included galvanized steel, pre-powder coated dark bronze galvanized steel, brass, and custom powder-coated galvanized steel options. We are now happy Keep reading . . .

Custom Snow Guard Solutions for Many Tile Configurations

For over 20 years, Alpine SnowGuards has designed, engineered, and tested snow management devices for many roof types. Throughout this time, hundreds of projects have required custom snow guards. Whether you seek a unique roof type or specific look, Alpine has custom snow guard solutions for many tile configurations. One of Alpine’s most commonly produced Keep reading . . .

Rooftop Sliding Snow Mass Causes Damage

When we install snow management systems to protect us from avalanching snow and ice, we tend to forget that there is a mass of both atop our roofs. Snow guards are designed to restrict this mass from exiting the roof in large amounts. We’ll highlight a problem often encountered with solar snow management. And we Keep reading . . .

April Snowfall In Northern Vermont

Spring in the northern Vermont is an unpredictable season. It could be 65° and sunny for six days straight. On that seventh day, the temperature cuts in half, snow begins to accumulate, and what was once bare ground is now a sheet of white. This is a yearly occurrence that we Vermonters are familiar with Keep reading . . .

Introducing Solar Snow Dog

In May of 2012, Alpine SnowGuards applied for (and was later awarded) a patent for a snow retention device that attaches to solar panel frames. Alpine continues to innovate new forms of solar snow retention in order to satisfy the needs of our customers. Let’s take a look at some of the ongoing complications, and Keep reading . . .