Wujiang Hongcheng  Heating Equipment Co., Ltd. — Product Catalog Navigation

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Wujiang Hongcheng Heating Equipment Co., Ltd. 📍 Longnan Village, Meiyan, Pingwang Town, Wujiang District, Suzhou, Jiangsu Province, China 📞 +86-18913084838 ✉️ owenzjy@foxmail.com👤 Contact: Owen Zhu (Manager) | WhatsApp: +86-18913084838

Language Options: English | 中文 | العربية

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📂 Primary Product Categories

H1: 60/80V Ceramic Heater & Industrial Electric Heating Equipment — Full Product Catalog

Ceramic Heating Element is manufactured by multi-strand quality 80/20 Nichrome heating wire through passages within interlocking ceramic beads,complete with two electrically insulated camlock, which is protected from being heated by cold pure nickle wire that connects the heating wire.

H2: Category 1 — Industrial Ceramic Heaters (Primary Category | Core Keyword: 60/80V Ceramic Heater)

High-performance ceramic heating elements engineered for localized thermal processing in petrochemical, power construction, metallurgy, and heavy-industry applications. Capable of reaching surface temperatures up to 1050°C  Compatible with multiple voltage configurations including 60/80V low-voltage ceramic heater systems for enhanced operator safety.

H3: 1.1 Crawler / Caterpillar Ceramic Heaters

Flexible, high-density heating elements designed for large-diameter vessels, pressure pipelines, and complex curved geometries. The CP series is the flagship 60/80V ceramic heater platform.

 

• H4: LCD Crawler Ceramic Heater — Standard Voltage → Industrial-grade flexible ceramic heater for pipeline pre-weld preheating and post-weld stress relief
• H4: LCD Crawler Ceramic Heater —60/ 80V Low-Voltage Configuration → 60/80V ceramic heater variant optimized for confined-space and high-safety-requirement environments
• H4: LCD Crawler Ceramic Heater — High-Power Density Variant → Rapid-heating model with power density exceeding induction methods; oxide lead ceramic insulation
• H4: LCD Crawler Ceramic Heater — Custom Geometry / Spliced Configuration → Spliced, bent, and wound configurations for irregular pipe joints and non-standard vessel shapes
• H4: LCD Caterpillar Ceramic Heater — Export / International Market Version → Globally certified version supplied to Saudi Arabia and international markets

H3: 1.2 Rope-Type Ceramic Heaters

Compact, ultra-flexible ceramic heaters engineered for small-diameter pipes, tight joints, and restricted-access heat treatment zones. Minimum bending diameter: 70mm.

• H4: SCD Rope-Type Ceramic Heater — Standard → Rope-style ceramic heater for small-pipe-diameter heat treatment and power plant maintenance
• H4: SCD Rope-Type Ceramic Heater — 80V Low-Voltage Version → 80V rope ceramic heater for pipeline head treatment in confined environments
• H4: SCD Rope-Type Ceramic Heater — Power Plant Maintenance Specification → Purpose-built for turbine and boiler pipeline heat treatment in thermal and nuclear power stations
• H4: SCD Rope-Type Ceramic Heater — Petrochemical Pipeline Variant → Designed for refinery and natural gas purification pipeline weld heat treatment

H3: 1.3 Ceramic Heater Accessories & Components

• H4: Oxide Lead Ceramic Insulation Blocks → High-strength insulation elements with superior thermal radiation performance
• H4: Nickel-Chromium (Ni-Cr) Heating Wire Elements → Reliable thermal generation wires with new-process welded joints for extended service life
• H4: K-Type Thermocouple Sensors (Nickel-Chromium / Nickel-Silicon) → Standard K-type thermocouples compatible with all Hongcheng temperature control systems
• H4: Ceramic Heater Connecting Cables & Insulation Sleeves → High-temperature rated connection components for field assembly

H2: Category 2 — Automated Heat Treatment Control Systems

Intelligent, PC-104 industrial-computer-based temperature control systems for automated pre-weld preheating and post-weld stress relief. Supports connection with various voltage electric heaters including 80V ceramic heater configurations.

H3: 2.1 DKW Intelligent Temperature Control Boxes

• H4: DKW Intelligent Temperature Control Box — Standard Model → PC-104 architecture; FUSI-PXR series instrumentation; digital temperature setting with auto SCR switching
• H4: DKW Intelligent Temperature Control Box — Multi-Channel Version → Multi-zone simultaneous temperature control for large-scale pipeline and vessel projects
• H4: DKW Intelligent Temperature Control Box — 80V Compatible Low-Voltage Version → Dedicated control unit for 80V ceramic heater systems; modular voltage regulation module
• H4: DKW Intelligent Temperature Control Box — High-Stability Industrial Version → High-stability silicon-controlled rectifier (SCR) module for demanding petrochemical environments

H3: 2.2 Customized Experimental & Laboratory Furnaces

• H4: Custom Experimental Heating Furnace — University Research Grade → High-precision furnace equipment for material science and aerospace research (BUAA, Beijing University of Technology)
• H4: Custom Tracked Heating Furnace — Laboratory Configuration → Precision tracked heater-furnace hybrids for advanced material experiments
• H4: Custom Industrial Experimental Furnace — Temperature-Programmable → Programmable thermal cycle furnace for R&D institutions and national key laboratories

H2: Category 3 — Industrial Ovens & Drying Equipment

Specialized welding consumable drying and preservation ovens featuring far-infrared technology, dual-temperature automation, and stainless steel heating tubes for uniform heat distribution.

 

H3: 3.1 Welding Rod (Electrode) Ovens

• H4: Electrode Drying Oven — Far-Infrared Standard Model → Far-infrared technology for high-efficiency, low-power electrode baking and moisture removal
• H4: Electrode Drying Oven — Dual-Temperature Automated Model → Auto-switching between high-temperature baking mode and low-temperature preservation mode
• H4: Electrode Drying Oven — Heavy-Duty Industrial Capacity → Large-batch capacity model for major project sites and petrochemical construction yards

H3: 3.2 Welding Flux Ovens

• H4: Flux Drying Oven — Standard Industrial Model → Stainless steel heating tubes; uniform temperature distribution; designed for submerged arc flux drying
• H4: Flux Drying Oven — High-Capacity Site Model → High-volume flux drying for large-scale weld projects including shipbuilding and metallurgy

H3: 3.3 Oven Accessories

• H4: Stainless Steel Heating Tubes → Replacement and spare heating tubes for electrode and flux ovens
• H4: Oven Temperature Controllers & Sensors → Compatible thermocouple sensors and digital controllers for oven temperature management

H2: Category 4 — Heat Treatment Engineering Services

Professional on-site engineering services for pre-weld preheating, post-weld heat treatment (PWHT), and stress relief of large structural components. Serving petrochemical, energy, heavy industry, shipbuilding, and power construction sectors globally.

H3: 4.1 Pipeline Heat Treatment Services

• Local Heat Treatment for Pipeline Welds (Petrochemical / Natural Gas)
• Overall Post-Weld Heat Treatment (PWHT) for Long-Distance Pipeline Systems
• Pre-Weld Preheating Services for High-Alloy Steel Pipelines

H3: 4.2 Vessel & Tank Heat Treatment Services

• Overall Heat Treatment for Spherical Tanks and Storage Vessels
• Local Heat Treatment for Electric Desalting Tanks
• Stress Relief for Large-Diameter Pressure Vessels

H3: 4.3 Structural & Tower Component Heat Treatment

• Stress Relief for Large Welded Structural Components (Baosteel, Ansteel)
• Heat Treatment for Tower Internals and Column Structures
• Heat Treatment Engineering for Hydropower and Power Plant Components

📰 Secondary Content Sections

News & Updates

• Latest Project Completions (Petrochemical | Power | Offshore)
• New Product Launches: Next-Generation 80V Ceramic Heater Systems
• Industry Events & Trade Show Participation
• Company Announcements & Partnership News

Knowledge Base (Technical Resources)

• Ceramic Heater Technology: How 80V Low-Voltage Ceramic Heaters Improve Workplace Safety
• Heat Treatment Fundamentals: Pre-Weld Preheating vs. Post-Weld Stress Relief — Technical Guide
• Temperature Control Systems: DKW PC-104 Architecture and FUSI-PXR Instrumentation Explained
• Application Guides: Heat Treatment for Petrochemical Pipelines | Power Plant Boilers | Marine Vessels
• Safety & Operation: Ceramic Heater Electrical Safety and Leakage Prevention Guidelines
• Comparison Articles: Ceramic Heating vs. Induction Heating vs. Infrared Heating — Technology Comparison

Quality & Certifications

• High-Tech Enterprise Certification
• Technical Testing Capability Standards
• Standardized Management System Overview
• Strategic R&D Partnership: Zhejiang University Collaboration

Application Industries

• Petrochemical & Refining: Sinopec, Shenghong Petrochemical, Zhuhai Zhonggu Petrochemical
• Natural Gas Processing: Sichuan Puguang Natural Gas Purification Plant (Largest in Asia)
• Power Construction: Three Gorges Project, Ertan Hydropower, Xiaolangdi Hydropower, Saudi Arabia Power Stations
• Metallurgy & Steel: Baosteel, Ansteel Structural Component Stress Relief
• Shipbuilding & Offshore: Nantong CIMC Sinopacific Offshore & Engineering
• Aerospace & Research: BUAA, Beijing University of Technology — Experimental Heating Equipment
• International Projects: Saudi Arabia (Shandong Power Construction Power Plant Project)

🏢 About Us (Supporting Pages)

• Company Overview: Wujiang Hongcheng — High-Tech Heat Treatment Equipment Manufacturer Since Early 2000s
• Our Team: Engineering & Technical Support Team | Manager: Owen Zhu
• Milestones:
  • 2008: Sinopec No. 10 Company — Fujian Refinery Heat Treatment
  • 2009: Sichuan Puguang Natural Gas Purification Plant (Largest in Asia)
  • 2014: Sichuan Luzhou Coal Gasification Project
  • 2017: Guangdong Huizhou Dayawan Refinery
  • 2018: Zhuhai Zhonggu Petrochemical — Electric Desalting Tank Heat Treatment
  • 2019: Saudi Arabia — Shandong Power Construction Power Plant Project
  • 2020: Lianyungang Shenghong Petrochemical (Fortune Global 500)
• R&D & Partnerships: Zhejiang University | BUAA | Beijing University of Technology
• Global Presence: China (HQ) | Saudi Arabia | International Markets

📞 Contact & Inquiry

Sales & Technical Inquiries:

• Manager: Owen Zhu
• Phone: +86-18913084838
• WhatsApp: +86-18913084838
• Email: owenzjy@foxmail.com
• Web:http://www.hongchengheating.com/
• Address: Longnan Village, Meiyan, Pingwang Town, Wujiang District, Suzhou, Jiangsu Province, China

Quick Inquiry Form:

• Product of Interest: [60/80V Ceramic Heater / TDKW PWHT Machine /  Oven / Heat Treatment Service / Other]
• Application Industry: [Petrochemical / Power / Metallurgy / Shipbuilding / Research / Other]
• Project Description: [Text field]
• Contact Name / Company / Country / Phone / Email

🔻 Footer — Complete Product Hierarchy

Industrial Ceramic Heaters → CP Ceramic Heater (60/80V) | LCD Caterpillar Ceramic Heater | 50-180KVA PWHT Machine| pwht Accessories

Heat Treatment Control Systems → TDKW Intelligent Temperature Control Box (60/80V Compatible heaters) | Multi-Channel Control Box | Custom Laboratory Furnaces

Industrial Ovens → Electrode Drying Oven | Flux Drying Oven | Far-Infrared Electrode Oven | Oven Accessories

Engineering Services → Pipeline PWHT | Vessel & Tank Heat Treatment | Structural Component Stress Relief

Quick Links → Home | About Us | Products | Applications | Knowledge Base | Quality | News | Contact | Inquiry | Media

Contact 📍 Longnan Village, Meiyan, Pingwang Town, Wujiang District, Suzhou, Jiangsu Province, China 📞 +86-18913084838 | ✉️ owenzjy@foxmail.com

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