Factory Price Rubber Big Foot Multi Frame System for HVAC Unit Framework

Product Description

BFS Rubber Vibration Damper

Definition: The BFS Universal Adjustable Framework For Light Flat Roofs is a modular, non-penetrative roof equipment support solution. It consists of a robust structural framework and high-quality rubber bases (known as "Big Feet"), designed to provide stable, adjustable support for various equipment on flat roofs, without the need for drilling or penetrating the roof structure.

Specification

Application Scenarios:

• Condensers and packaged units: Provides a stable base for air conditioning systems.
• Split or VRV air conditioning systems: Supports outdoor units.
• Ventilation units: Ensures stable operation of rooftop ventilation equipment.
• Pipework & ductwork: Offers elevated support to avoid ground contact and potential damage.
• Commercial buildings: Such as shopping malls, office buildings for rooftop equipment installation.
• Industrial facilities: Workshops, warehouses for rooftop equipment platforms.
 
Core Materials and Manufacturing
• Support Framework: Constructed from durable structural materials, ensuring high strength and stability.
• Rubber Bases ("Big Foot"): Made from high-quality recycled rubber, which is thickened, possessing high elasticity, high strength, and excellent wear resistance. Its surface is fine and glossy, specifically designed as a high foot mat for air conditioning units and other equipment.

Manufacturing Advantages:

• Advanced Processing Technology: The rubber bases are manufactured using advanced processing techniques, ensuring product quality and surface finish.
• Non-Penetrative Design: The unique rubber base design eliminates the need for drilling, effectively protecting the roof membrane and structural integrity.
• Structural Stability: Framework components are optimized in design and precision-manufactured to ensure the overall system's load-bearing capacity and long-term stability.
 
Accessories:Standard System(BFS-1000),4 x 305x305mm Rubber With Plastic Cover,4 x Adjustable Legs,2 x 1000mm Plain Bars,2 x 900mm Cross-bars,4 x Plastic Caps,4 x Clamp Kits

Related Products

MFT

AG35

Similar Shock Absorbers

Technical Specifications

(Custom configurations available upon request.)

Model	Length(mm)	Width(mm)	High(mm)	Loading(kg)
BFS-1000	1000	900	300-520	500
BFS-2000	2000	1200		800
BFS-3000	3000	1200		1000

FAQ

Q1: How does the BFS framework protect the roof, and is its height adjustable?

The BFS framework protects the roof through its unique non-penetrative design. It uses high-quality "Big Foot" rubber bases placed on the roof surface without the need for drilling, thereby effectively protecting the roof's waterproofing membrane and structural integrity, avoiding leakage risks. Yes, the BFS framework is height-adjustable, with the height from the floor to the framework adjustable between 245mm - 350mm to accommodate various roof slopes or equipment height requirements.

Q2: What material are the BFS framework's rubber bases made from, and what characteristics do they possess?

The rubber bases of the BFS framework are made from high-quality recycled rubber. They are thickened, possessing high elasticity, high strength, and excellent wear resistance. Furthermore, these rubber bases have a fine and glossy surface, providing stable support and weather resistance, making them suitable for various rooftop environmental conditions.

Q3: What standards or certifications does the BFS framework adhere to in terms of quality and compliance?

The BFS framework adheres to the ISO9001 quality management system during production and quality control. While there are currently no specific international or industry standard certifications, we are committed to ensuring that the material of the rubber bases complies with relevant environmental regulations and material durability standards, and that the framework design considers relevant building load codes and structural engineering principles to ensure its stability and safety in the intended application environment.