Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Rocky Ridge Plant Tour

7:45 AM - 8:00 AM - Meet at Baltimore Design Studio for Coffee and Breakfast

8:15 AM - 8:15 AM - Board Charter bus to Glen-Gery Rocky Ridge Plant

8:30 AM - 10:00 AM - Drive to Glen-Gery Rocky Ridge Plant

10:00 AM - 11:00 AM - Tour the Glen-Gery Rocky Ridge Plant

11:00 AM - 12:30 PM - Drive back to Baltimore Design Studio

12:30 PM - 2:00 PM - Lunch at Baltimore Design Studio

Join Glen-Gery for a behind-the-scenes tour of one of our brick manufacturing facilities!

This unique opportunity will provide you with an in-depth look into the craftsmanship and innovation that go into producing beautiful products that last forever. The tour is not only an educational experience but also a chance to appreciate the artistry and dedication of our skilled craftsmen.

MANUFACTURING

Each brick plant has a certain capability. The surrounding shale or clay typically determines the type of brick being made. During the tour, you will have the chance to witness the entire brick manufacturing process, from raw material selection to the final firing and packaging stages. Our knowledgeable guides will walk you through each step, explaining the intricate details of how our bricks are meticulously crafted to meet the highest industry standards.

ENVIRONMENTAL SENSITIVITY

As a brick maker, we also have a responsibility to ensure our operations do not have an adverse effect on our surroundings. You will see how we handle everything from air emissions to quarry reclamation. You will gain insights into our commitment to sustainable practices and environmental responsibility, as we strive to create products that not only stand the test of time but also minimize our ecological footprint.

DURATION & CREDITS

Most tours take approximately 1 hour and qualify for 1 AIA Learning Units

OUR LOCATIONS

Glen-Gery operates eight brick factories throughout the United States, shown in black, and more than two dozen retail stores called Brickworks Supply Centers. Our Design Studios are located in New York City, Philadelphia and Baltimore.

Questions/Comments?

Email: events@glengery.com

Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Achieving Optimum Envelope Performance with Ceramic Rainscreen Facades

SK1N is an adaptive building envelope solution suitable for installation on walls of new and existing buildings. Ceramic rainscreens are a versatile façade cladding option that combine generations of building science knowledge with the proven durability and beauty of fired ceramics. The result is an advanced cladding that can makes significant contribution to a high-performance building envelope. This program reviews how resilient, maintenance free ceramic rainscreens, made from natural and recycled materials minimize water penetration, resist fire, benefit project schedules and achieve energy efficiency requirements.

Learning Objectives

1. Identify common components of ceramic rainscreen assemblies and their functions

2. Describe how ceramic rainscreens achieve superior water penetration resistance.

3. Discuss how the attributes of ceramic rainscreens contribute to important aspects of highperformance envelope design, such as project schedule, fire resistance and environmental impact

4. Review strategies for meeting energy code requirements with ceramic rainscreen systems.

Credit

1 AIA LU/HSW

Questions/Comments?

Email: events@glengery.com

Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Adding Interest with Brick Shapes

One important reason for brick's popularity is its ability to adapt to design criteria. It can be shaped and used in a wide variety of traditional and contemporary detailing: Such as arches to sills, copings, columns and treads. This program focuses on the use of shapes, not only to increase the aesthetic quality of brickwork, but also toward accomplishing better detailing and better performing brickwork. Many applications involve units that are not normally considered to be brick shapes. Increased water penetration resistance, reducing the size of expansion joints, and the proper design of acute angle corners, can all be realized through the use of shapes.

Discussion will focus on increased performance of brickwork through the use of specially designed brick, i.e. arch design and versatility, sloped sills and caps, shelf angle brick, and even brick sculpture. Included will be discussion on how to reduce the cost of shapes through individual brick design and considerations of color, size, and bond patterns.

Other topics included in this presentation are --

Manufacturing

Glen-Gery makes every effort to see that special shapes match the color of the field brick used.

Radial Brick

What is the smallest radius possible without using a special shape?

Corners

Should obtuse angle corners be designed with 8 inch and 4 inch legs or a 6-inch and 2 inch leg?

Standard Brick

Special shapes are unnecessary in many job-specific applications including arches, sills, and caps.

Historical Reference

We often forget that many historical details, that included special shapes, were used for more than just aesthetic reasons.

Sculpture

Brick masonry and its use as sculpture are on the rise. Examples of brick sculpture will be presented and discussed.

Questions/Comments?

Email: events@glengery.com

Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Adding Interest with Brick Shapes

One important reason for brick's popularity is its ability to adapt to design criteria. It can be shaped and used in a wide variety of traditional and contemporary detailing: Such as arches to sills, copings, columns and treads. This program focuses on the use of shapes, not only to increase the aesthetic quality of brickwork, but also toward accomplishing better detailing and better performing brickwork. Many applications involve units that are not normally considered to be brick shapes. Increased water penetration resistance, reducing the size of expansion joints, and the proper design of acute angle corners, can all be realized through the use of shapes.

Discussion will focus on increased performance of brickwork through the use of specially designed brick, i.e. arch design and versatility, sloped sills and caps, shelf angle brick, and even brick sculpture. Included will be discussion on how to reduce the cost of shapes through individual brick design and considerations of color, size, and bond patterns.

Other topics included in this presentation are --

Manufacturing

Glen-Gery makes every effort to see that special shapes match the color of the field brick used.

Radial Brick

What is the smallest radius possible without using a special shape?

Corners

Should obtuse angle corners be designed with 8 inch and 4 inch legs or a 6-inch and 2 inch leg?

Standard Brick

Special shapes are unnecessary in many job-specific applications including arches, sills, and caps.

Historical Reference

We often forget that many historical details, that included special shapes, were used for more than just aesthetic reasons.

Sculpture

Brick masonry and its use as sculpture are on the rise. Examples of brick sculpture will be presented and discussed.

Questions/Comments?

Email: events@glengery.com

Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Adding Interest with Brick Shapes

One important reason for brick's popularity is its ability to adapt to design criteria. It can be shaped and used in a wide variety of traditional and contemporary detailing: Such as arches to sills, copings, columns and treads. This program focuses on the use of shapes, not only to increase the aesthetic quality of brickwork, but also toward accomplishing better detailing and better performing brickwork. Many applications involve units that are not normally considered to be brick shapes. Increased water penetration resistance, reducing the size of expansion joints, and the proper design of acute angle corners, can all be realized through the use of shapes.

Discussion will focus on increased performance of brickwork through the use of specially designed brick, i.e. arch design and versatility, sloped sills and caps, shelf angle brick, and even brick sculpture. Included will be discussion on how to reduce the cost of shapes through individual brick design and considerations of color, size, and bond patterns.

Other topics included in this presentation are --

Manufacturing

Glen-Gery makes every effort to see that special shapes match the color of the field brick used.

Radial Brick

What is the smallest radius possible without using a special shape?

Corners

Should obtuse angle corners be designed with 8 inch and 4 inch legs or a 6-inch and 2 inch leg?

Standard Brick

Special shapes are unnecessary in many job-specific applications including arches, sills, and caps.

Historical Reference

We often forget that many historical details, that included special shapes, were used for more than just aesthetic reasons.

Sculpture

Brick masonry and its use as sculpture are on the rise. Examples of brick sculpture will be presented and discussed.

Questions/Comments?

Email: events@glengery.com

Lunch will be provided.

Our events are open to architectural, design, and building industry professionals only.

Basics of Brickwork Detailing

Water penetration is responsible for many of the problems encountered in masonry walls today. The successful performance of a masonry wall depends on limiting the amount of water penetration and controlling any water that does enter the wall system. Water penetration resistance and control in brick veneer is the focus of this presentation. The concept behind the ‘brick veneer drainage wall’ is discussed in detail, as well as, the proper materials to specify in order to maximize a wall's water penetration resistance. The various elements and materials which make up a building are in a constant state of motion. All building materials expand and contract due to changes in temperature; some materials move with changes in moisture content. Each building material also changes dimensions due to stress and some materials tend to flow when subjected to sustained loads. These major causes of movement: thermal, moisture, deflection and creep, along with the proper way to control these movements are the focus of this presentation.

Other topics included in this presentation are --

• Workmanship: What to expect from the mason.

• Airspaces: Why is the airspace so important and what are the minimum requirements for proper performance.

• Colorless Coatings: When should they be used? Are they always effective?

• Flashing and Weepholes: Which types are most effective?

• Expansion Joints, Control Joints, Building Expansion Joints: Is there really a difference, or is it just semantics.

• Joint Spacing: Is there an appropriate ‘Rule of Thumb’ - or can such a rule lead to cracking?

• Compressible Fill: Where should it be used and why.

• Shelf Angle Details: What must occur at shelf angles to allow for the expected movements?

Questions/Comments?

Email: events@glengery.com