Founded in 2003 and headquartered in Xinxiang City, Henan Province, China. Tianli Thermal Equipment focuses on the R&D, design and manufacturing of high-performance industrial furnaces and heat treatment equipment.
Our core product include bogie hearth furnaces, pit-type furnaces and gas-fired heating furnaces, a large scale annealing furnace for PWHT and other related equipment. Widely used in military, aerospace, nuclear industries, as well as industries such as head sealing, boilers, and hoisting machinery manufacturing. Featuring sturdy construction, accurate temperature control and stable thermal performance, all our products comply with industrial high-standard requirements.
We begin by thoroughly understanding your specific requirements. Our technical team will fully communicate with you to gain a detailed understanding of your situation.
Based on the collected data, our engineers perform detailed engineering calculations, including:
- Heat load and energy balance calculations
- Heating element selection and power distribution
- Multi-zone temperature control strategies
- Thermal insulation structure design and heat loss minimization
The design team creates complete 3D models and technical drawings, covering:
- Furnace body structure and refractory lining
- High-precision electric heating systems
- Intelligent control systems, and more
Tianli Thermal has launched its overseas business in 2015,with products mainly exported to Russia, the UAE(Dubai), Thailand, Vietnam, and Oman and other countries. Backed by strong technical and production capabilities, Tianli employs over hundreds of staff, with more than 20% being professional engineers and technical personnel holding bachelor’s degrees or higher.
Heat-treatment furnaces are core process equipment dedicated to metal thermal modification, extensively deployed across heavy-industry sectors of hot forging, casting, wind power and petrochemical.
Heat-treatment furnaces perform two core functions throughout the complete hot-forging production chain: pre-forging heating of raw billets and post-forging thermal conditioning of forged blanks, addressing multiple typical pain points in forging production.
As-cast workpieces straight from pouring come with inherent metallurgical and mechanical drawbacks: severe casting residual stress, coarse uneven grains, brittle chill structures, unstable dimensions, low toughness and poor cutting machinability.
Offshore wind-power components operate under extremely harsh service conditions including high salt-spray corrosion, high-humidity atmosphere and repeated cyclic alternating loads, with mandatory design service life exceeding 25 years.
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