Keep noise, dust, and drafts out of your space. The large, dense seal on this weatherstripping muffles sounds that would otherwise travel through gaps in your door frame. Made of closed-cell neoprene foam, the seal is less permeable than solid neoprene or vinyl seals and compresses more tightly against uneven surfaces. It resists abrasion, water, and oil, and holds up to extended outdoor use without cracking or breaking down. It’s also resilient, so it quickly bounces back to its original shape. Mount it to the sides and top of a door frame.

Ribbed seals have a wide surface with multiple ridges. Each ridge presses against the door to form multiple barriers, so they insulate better than flat seals.

Flat seals form a solid barrier when used on even surfaces. However, they don’t conform to irregular surfaces as much as ribbed seals do. These seals meet UL 1784 for smoke and draft control and ASTM E90 for sound reduction.

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Also known as door sweeps, this weatherstripping closes the gap between the bottom of the door and the floor.

Bulb seals compress against the floor or threshold to form a tight seal, and they conform to uneven surfaces. They insulate doors better than flat, finned, and brush seals.

Flat seals press tight against smooth surfaces, forming a solid barrier that blocks insects, wind, and precipitation. However, they don’t compensate for uneven surfaces as well as brush, bulb, or finned seals.

SBR resists moisture and abrasion. It’s often used for seals on high-traffic doors, since it won’t break down from dragging on rough surfaces. Unlike neoprene, it's not oil resistant.

Neoprene is more weather resistant than SBR and vinyl. It also stands up to water, oil, and detergents.

Seals with an anodized aluminum flange are more corrosion resistant than seals with an aluminum flange. The finish won’t tarnish even in harsh weather conditions.

Seals with a stainless steel flange are stronger than seals with an aluminum flange. They’re also more chemical and corrosion resistant.

Seals that meet UL 1784 are rated for smoke and draft control.

For technical drawings and 3-D models, click on a part number.

Avoid scuffing your floor and reduce wear on your seals—this weatherstripping has a plunger that lowers the seal as the door is closed and raises it as the door is opened. Also known as door sweeps, they close the gap between the bottom of the door and the floor. Weatherstripping can be cut with a saw. Up to 4" can be removed from weatherstripping with a nylon, silicone, or neoprene seal.

Bulb seals compress to form a tight seal and can compensate for uneven surfaces. Made of silicone, they resist heat and UV rays.

Flat seals press against surfaces to create a seal. Neoprene seals resist abrasion.

Closed seal projection is measured when the door is closed. It does not include how much the seal retracts when the door is open.

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In addition to mounting to the door's face, this weatherstripping fits into cutouts (mortises) to mount flush with the door. It has a plunger that lowers the seal as the door is closed and raises it as the door is opened to avoid scuffing your floor and reduce wear on your seals. Also known as door sweeps, they close the gap between the bottom of the door and the floor. Weatherstripping can be cut with a saw. Up to 4" can be removed from weatherstripping with a neoprene seal. Up to 2" can be removed from weatherstripping with a santoprene seal.

Neoprene seals resist abrasion.

Santoprene seals resist abrasion and weather.

For technical drawings and 3-D models, click on a part number.

Seal drafts, dust, and insects out of your space—this weatherstripping hugs the bottom of your door. Also known as door sweeps.

Bulb seals compress against the floor or threshold to form a tight seal, and they conform to uneven surfaces. They insulate doors better than flat seals.

Flat seals press tight against smooth surfaces to form a solid barrier. However, they don’t compensate for uneven surfaces as well as bulb seals. Behind the seal, there’s a fire-stop strip that expands to eight times its original size in temperatures above 375° F. During a fire, it completely fills any gaps. This weatherstripping is often added to existing fire doors to help them meet NFPA safety regulations without replacing the entire door. Use end plates to cover the sides of the doors for a finished look from every angle.

Neoprene is more weather resistant than vinyl. It stands up to abrasion, water, oil, and detergents.

Anodized aluminum is more corrosion resistant than plain aluminum. The finish won’t tarnish even in harsh weather conditions.

Stainless steel is stronger than aluminum, so it holds its shape better if exposed to fire. It’s also more chemical and corrosion resistant.

For technical drawings and 3-D models, click on a part number.

Close gaps between the top of a fire-rated door and its frame to comply with NFPA safety regulations. This UL-certified weatherstripping is often used to modify existing fire doors that no longer meet fire codes, so they don’t need to be replaced. Weatherstripping consists of a bulb seal, a fire-stop strip, a flange, and two end plates.

When the door is closed, the bulb seal compresses against the door frame, forming a tight barrier. This seal blocks air and compensates for uneven surfaces better than flat seals. Made from silicone, it’s durable enough to hold up to daily wear and tear. It’s also UV-resistant, and it withstands temperatures up to 450° F. A fire-stop strip lines the opposite side to completely seal gaps during a fire. When temperatures rise above 375° F, the strip expands to eight times its original size.

The stainless steel flange resists corrosion from water and chemicals. Stronger than aluminum flanges, it holds its shape even when fire is present. End plates are used to cover gaps on the sides of the doors for a finished look from every angle.

For technical drawings and 3-D models, click on a part number.

Close the gap between the bottom of an overhead door and the floor.

Face-mount weatherstripping withstands use on doors that are frequently opened and closed.

Flat seals press against surfaces to create a seal. Neoprene resists abrasion. EPDM resists UV and abrasion.

Bulb seals compress to form a tight seal and can compensate for uneven surfaces. Neoprene resists abrasion.

For technical drawings and 3-D models, click on a part number.

Seal the space between your double doors.

Bulb seals mount on the edge of one door and compress against the other. They are concealed from view when the doors are closed. Like wraparound seals, they compensate for uneven surfaces and insulate better than flat and brush seals. They have santoprene seals that resist water, sunlight, and oxidation, so they’re often used on exterior doors.

Flat seals create a solid barrier to block drafts, light, and moisture. Mount along one door’s edge so the seal covers the other door, or mount a strip to each door so the seals overlap. EPDM seals hold up to water, salt, detergents, UV light, and ozone, however they don’t withstand oil or solvents. They last longer than vinyl and stay flexible at lower temperatures. These seals have either anodized aluminum or stainless steel flanges that resist corrosion.

For technical drawings and 3-D models, click on a part number.