Steel Platform for Biomass Power Boilers with Seismic-Resistant Design & Fire-Retardant Coating

Product Description

Steel Platform for Biomass Power Boilers with Seismic-Resistant Design & Fire-Retardant Coating

Update 2025/10/23

Update: March 7, 2026   

Specification

Products	pipe rack structure
Application	Mining (for slurry/tailings pipelines, DN50-DN600), Cement (for high-temperature hot air pipelines ≤350℃), Power plant (for desulfurization/denitrification pipelines, seismic grade ≥Level 6), Port (for seawater cooling pipelines, wind resistance ≤50m/s)
Main Material	Q235B(ASTM A36,S235JR), Q355B
Surface treatment	Painting, Galvanized
Process	Cutting,holing,assembly, welding, painting/HDG,packing
Quality Control	QC inspection, third party inspection
Package	Iron frame,break bulk

Application Scenarios

Mining Industry

Cement Industry

Suitable for: Slurry & tailings pipeline layout (DN50-DN600)
· High-hardness wear-resistant liners (wear loss ≤0.1mm/1000h), resists mineral particle abrasion, reduces pipeline replacement frequency
· Reinforced steel structure, bears solid-liquid mixed media weight
· Open design, enables easy pipeline joint inspection, ensures continuous mining production

Suitable for: High-temperature hot air pipelines (≤350℃), raw material conveying pipelines
· Steel frame with high-temperature resistant coating (no peeling at 400℃), resists long-term thermal aging
· Sealed joint design, prevents dust accumulation and structural part erosion
· Solves pipeline blockage & structural corrosion, reduces maintenance costs by 30%

Power Plant

Port & Terminal

Industrial Park

Suitable for: Desulfurization, denitrification, steam pipelines
· Seismic grade ≥Level 6, anti-corrosion surface treatment (epoxy + polyurethane coating, salt spray resistance ≥800h), resists desulfurization wastewater and flue gas corrosion
· Structure accommodates high-temperature pipeline thermal expansion (displacement compensation ≤50mm), ensures safe operation under extreme temperature changes

Suitable for: Seawater cooling pipelines, oil/gas transfer pipelines
· 316 stainless steel or hot-dip galvanizing + fluorocarbon coating, resists salt spray corrosion (service life ≥25 years in coastal areas)
· Wind resistance rating ≥Level 12 (withstands wind speeds ≤50m/s), prevents typhoon-induced structural damage
· Modular design fits narrow port spaces, avoids conflicts with loading/unloading equipment

Suitable for: Centralized pipeline artery (water supply, steam, compressed air, process pipelines) for multi-factory shared utilities
· Multi-layer frame design (1-5 layers), saves 60% ground space
· Layered labeling for clear pipeline classification (e.g., red for steam, blue for water)
· Supports flexible expansion, adds new pipelines without dismantling existing structures, reduces infrastructure upgrade costs

Structure & Accessories

1. Main Structure
Columns:Square/round steel tubes for vertical support;
Beams:I-beams/H-beams for horizontal load-bearing;
Crossbars:Angle steel for fixing pipelines and enhancing stability.
2. Optional Accessories
Pipeline clamps (U-bolts, band clamps) for securing different pipe diameters;
Cable trays (steel/FRP) for integrated cable laying;
Ladder platforms (for regular inspection of upper-layer pipelines);
Drainage holes (to prevent rainwater accumulation on the rack);
Anti-slip pads (for pipeline vibration reduction).

Types Of Steel Frame Structures

Packing & Shipping

Shipping methods include 20'/40'/40HC/40OT containers via sea routes, ensuring reliable and efficient delivery.

*Each welded component of our steel structures is meticulously encased with protective blankets or bubble-wrap to prevent any scratches during loading and unloading.
*All steel structures are precisely packed in steel pallets and loaded into containers, significantly reducing loading and unloading duration and costs.
*Sandwich panels are securely packed in steel pallets, providing optimal protection.
*We apply detailed container load plans and strategic regional unloading techniques to prevent unnecessary on-site re-transportation.

Quality Test

Exhibition & Customer

We actively participate in various exhibitions to showcase our products and connect with customers worldwide. Through these exhibitions, we've built strong relationships with clients from over 120 countries across North America, South America, Australia, Africa, and Southeast Asia. The photos capture moments of us interacting with international partners, reflecting our global reach and commitment to providing excellent products and services to customers around the globe.

Design & Production

Product Design

Utilize professional software like AutoCAD, Tekla Structures, and 3D3S for precise design. Focus on structural integrity, material efficiency, and compliance with industry standards to ensure safe and cost-effective steel structure products.

Production Process

FAQ

FAQ

Q: What makes Xinguangzheng's Steel H Beams stand out as key structural components?

A: Our Steel H Beams are engineered as critical structural elements, leveraging high-strength Q235 and Q345 steel. Available in both welded and hot-rolled variants, they deliver exceptional load-bearing capacity—making them perfect for construction, bridges, warehouses, and industrial workshops. With options like galvanization for enhanced durability and fully customizable sizes, they combine robustness with adaptability, ensuring stable, long-lasting structures in diverse settings.

Q: Do you provide technical support for beam installation or structural design?

A: Yes. As a one-stop steel structure provider, we offer pre-installation consulting, including load analysis and connection design. Our team can also assist with on-site installation guidance, ensuring compliance with project specs and safety standards. For complex projects (e.g., large-span bridges), we provide tailored engineering drawings.

Q: Are there environmental or sustainability features in your H Beam production?

A: Yes. Our manufacturing process uses energy-efficient equipment and recycles scrap steel, reducing carbon footprint. Additionally, the long lifespan (30+ years) of our H Beams minimizes the need for frequent replacements, supporting sustainable construction practices. We also offer eco-friendly anti-corrosion coatings with low volatile organic compounds (VOCs).