Wincoo Engineering Co., Ltd.
jackynie@wincoo.net 86--15358182650
produtos
produtos
Para casa > produtos > Aquecedor de tubos > FlexiHeat XL Resistance Heating Blanket System

FlexiHeat XL Resistance Heating Blanket System

Detalhes do produto

Lugar de origem: China

Marca: WINCOO

Certificação: CE ISO

Número do modelo: 80 kW/100 kW/120 kW/160 kW/200 kW

Termos de pagamento e envio

Quantidade de ordem mínima: 1 conjunto

Preço: USD 12800~32800 1set

Detalhes da embalagem: Pacote de exportação

Tempo de entrega: 45 dias

Termos de pagamento: L/C, D/A, D/P, MoneyGram, Western Union, T/T.

Habilidade da fonte: 50 conjuntos/1 mês

Destacar:

High-Frequency Induction Heating Pipe Heater

,

Non-Contact Heating Pipeline Heater

,

Precise Digital Control Induction Pipe Preheating System

Nome do produto:
Máquina de aquecimento da tubulação da frequência média
Aplicativo:
Construção de gasodutos de longa distância
Palavras-chave:
Calefator do encanamento
Nome do produto:
Máquina de aquecimento da tubulação da frequência média
Aplicativo:
Construção de gasodutos de longa distância
Palavras-chave:
Calefator do encanamento
FlexiHeat XL Resistance Heating Blanket System
FlexiHeat XL Resistance Heating Blanket System
Overview

The FlexiHeat XL Resistance Heating Blanket System is a robust, flexible, and highly reliable solution for preheating pipe welds prior to and during the welding process. Utilizing durable heating pads or flexible blankets containing resistance wire elements, it provides conductive heat directly to the pipe surface. This system is renowned for its versatility, ability to conform to complex geometries (like heavy wall pipe intersections), and proven performance in demanding field conditions for pipelines of all diameters.

FlexiHeat XL Resistance Heating Blanket System 0
Key Features
  • Proven Reliability: Simple, robust resistance heating technology with a long track record in pipeline construction
  • Superior Conformability: Flexible ceramic fiber or metal-mesh blankets can be tightly secured around pipes, fittings, valves, and complex weld joints
  • Excellent Heat Retention: Blankets often include integrated insulation, improving thermal efficiency and protecting against wind and weather
  • Modular & Scalable: Heating blankets can be connected in parallel to cover large areas or multiple zones, controlled by a single or multi-zone power unit
  • Cost-Effective Solution: Lower initial capital cost compared to some advanced systems, with durable blankets offering long service life
  • Comprehensive Kits: Available in complete kits including blankets, power/control units, thermocouples, and heat retention covers
Technical Parameters
Parameter Specification
Heating Technology Electric Resistance Heating (Mica, Ceramic Fiber, or Metal Sheathed Elements)
Power Supply 110V, 220V, 480V AC input. Common units: 25 kVA, 50 kVA, 100 kVA
Heating Blanket Temperature Up to 760°C (1400°F) for standard units; higher temperatures available
Pipe Coverage Standard blankets available for common pipe sizes; custom shapes for special applications
Control System Solid-state or SCR-based controllers with manual or automatic temperature control (PID). Multi-zone control capability
Duty Cycle Designed for 100% continuous duty cycle
Thermal Insulation Optional ceramic fiber heat retention covers to improve efficiency
Performance

Provides stable, controllable heat for sustained preheating periods required for thick-wall pipeline welding. Ensures code-compliant preheat and interpass temperatures (as per API 1104, ASME Section IX). High heating capacity suitable for challenging materials and high wall thicknesses. Durable construction withstands rough site handling.

Primary Applications
  • Preheat and interpass heating for mainline, tie-in, and repair welds on cross-country pipelines
  • Heating for welding on pipeline fittings, elbows, reducers, and valves
  • Applications requiring precise heat control on heavy-wall pipe (e.g., pump station piping, compressor station piping)
  • Ideal for maintenance, repair, and overhaul (MRO) operations on existing pipelines