Our company adheres to the 'customer first, product first' business philosophy, adhere to the principle of customer first to provide customers with quality services and high cost-effective Rotary Joint for High Speed High Temp. Application, low torque swivel, Super Precision Boring. Our company has always adhered to the market management philosophy of 'creating a famous brand with reputation, relying on quality for development' to serve our customers! We sincerely welcome friends from all walks of life to visit and guide and develop together. We sincerely hope to establish business relation with you and pursue mutual benefit. Our advantages include good product quality, competitive prices, flexible and efficient supply response, and high-quality and timely service. From production to sales, we have a set of strict management mode, and the product quality is excellent.
High precision ball bearings eliminate vibration,labyrinth seal and drain holes design to protect bearing,multi-springs outside the flow,optimized balanced seal,oxidized aluminum body,special SIC seal rings improve performance
minimize the pressure loss , optimized balanced seal,suitable for high speed condition
Tengxuan Technology now brings you the G series coolant high speed applicatio rotary joint made in China. We're one of the leading manufacturers and suppliers in China, offering you the customized machine according to your requirement. Please rest assured to buy the equipment with our factory.
Our unwavering dedication to the highest quality materials and standards ensures the High Speed Rotary Union for Press Machine will not only be a pleasure to use but also be extremely durable. In the future, we will adhere to the spirit of perseverance to face various challenges in the industry and to improve ourselves with a conscientious entrepreneurial attitude. We insist on technological innovation and quality first in order to provide customers with an efficient, high-quality and accurate solution with high-tech products and a complete service system.