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Non-Alloy Seismic Bracket with Up To 1000 Lbs Load Capacity and IBC, ASCE 7 Compliance

Non-Alloy Seismic Bracket with Up To 1000 Lbs Load Capacity and IBC, ASCE 7 Compliance

Thông tin chi tiết
Application:
Seismic Restraint
Maintenance:
Low Maintenance Required
Material:
Steel
Load Capacity:
Up To 1000 Lbs
Design Standard:
IBC, ASCE 7
Alloy Or Not:
Non-Alloy
Installation Method:
Bolted
Certifications:
UL Listed, FM Approved
Làm nổi bật:

Up To 1000 Lbs Seismic Bracket

,

Non-Alloy Seismic Bracket

,

IBC

,

ASCE 7 Seismic Bracket

Mô tả sản phẩm

Product Description:

The Seismic Bracket is a crucial component designed for Seismic Restraint applications, providing reliable support and stability in seismic-prone areas. This innovative product is meticulously crafted from high-corrosion-resistant steel material, ensuring exceptional durability and longevity even in challenging environments.

Engineered for strength and performance, the Seismic Bracket boasts a non-alloy composition, making it a robust solution for seismic bracing and hanger systems. Its high corrosion resistance properties guarantee optimal protection against rust and deterioration, further enhancing its reliability in demanding conditions.

With a remarkable load capacity of up to 1000 lbs, this Seismic Bracket is well-equipped to handle heavy loads with ease, offering peace of mind and security in seismic restraint applications. Whether used in industrial facilities, commercial buildings, or residential structures, this product delivers superior support and safety.

The Seismic Bracket plays a vital role in ensuring the structural integrity and safety of buildings in earthquake-prone regions. Its sturdy steel construction and high load capacity make it an ideal choice for securing various equipment, piping, and mechanical systems in seismic bracing installations.

Designed to meet stringent quality standards, this Seismic Bracket is a reliable and effective solution for professionals seeking dependable seismic restraint products. Its robust design and high corrosion resistance make it a valuable asset in seismic hanger systems, providing essential support in critical applications.

Whether used in new construction projects or retrofitting existing structures, the Seismic Bracket offers a versatile and practical solution for enhancing seismic resilience. Its non-alloy composition and high-quality steel material ensure long-term performance and durability, making it a cost-effective choice for seismic restraint applications.

In summary, the Seismic Bracket is a top-quality product that excels in Seismic Restraint applications, offering unparalleled strength, durability, and corrosion resistance. With its high load capacity and robust design, this essential component provides reliable support and security in seismic bracing and hanger systems, making it a valuable asset for engineers, contractors, and building professionals.


Features:

  • Product Name: Seismic Bracket
  • Adjustment Range: 3-6 Inches
  • Corrosion Resistance: High
  • Load Capacity: Up To 1000 Lbs
  • Features:
    • Corrosion Resistant
    • Easy To Install
  • Type: Adjustable

Technical Parameters:

Design Standard IBC, ASCE 7
Load Capacity Up To 1000 Lbs
Corrosion Resistance High
Material Steel
Type Adjustable
Certifications UL Listed, FM Approved
Application Seismic Restraint
Maintenance Low Maintenance Required
Alloy Or Not Non-Alloy
Features Corrosion Resistant, Easy To Install

Applications:

The Seismic Bracket is a versatile product designed for a wide range of seismic restraint applications. Its non-alloy steel material ensures durability and strength, making it a reliable choice for securing various structures during seismic events.

One of the key product attributes of the Seismic Bracket is its application in seismic restraint. Whether it is for securing HVAC equipment, piping systems, or other critical infrastructure, the Seismic Bracket provides the necessary support to prevent damage and ensure safety in seismic-prone areas.

With certifications such as UL Listed and FM Approved, the Seismic Bracket meets industry standards for quality and safety. This makes it a trusted solution for professionals and organizations seeking reliable seismic bracing solutions.

The adjustable range of 3-6 inches adds to the versatility of the Seismic Bracket, allowing for flexibility in installation and accommodating various structural requirements. This feature makes it suitable for a wide range of seismic brace applications, providing adaptability to different scenarios.

Whether it is used in commercial buildings, industrial facilities, or residential structures, the Seismic Bracket offers a dependable solution for seismic restraint needs. Its robust steel construction ensures long-lasting performance, giving peace of mind to users in seismic-prone regions.


FAQ:

Q: What is a Seismic Bracket?

A: A Seismic Bracket is a metal support device designed to secure heavy equipment or furniture to a wall or floor to prevent tipping or damage during seismic activity.

Q: How does a Seismic Bracket work?

A: A Seismic Bracket works by attaching one end to the equipment or furniture and the other end to a secure surface, such as a wall or floor, using strong fasteners. In the event of an earthquake or tremor, the bracket helps stabilize the item and prevent it from falling or shifting.

Q: What materials are Seismic Brackets typically made of?

A: Seismic Brackets are commonly made of durable metals like steel or aluminum to provide strength and stability. Some may also have protective coatings to resist corrosion.

Q: Are Seismic Brackets adjustable for different sizes of equipment?

A: Yes, many Seismic Brackets are designed with adjustable features, such as telescoping arms or adjustable straps, to accommodate various sizes and shapes of equipment or furniture.

Q: Where should Seismic Brackets be installed?

A: Seismic Brackets should be installed according to manufacturer guidelines, typically in areas where heavy items are located or where seismic activity is a concern. Common installation locations include laboratories, warehouses, and areas prone to earthquakes.