Our Mission
Triumph Industry (Shanghai) Co., Ltd. (“KEIMEI-TRIUMPH”) integrates existing and establishes new manufacturing facilities in China for Germany-based KMD. Under the KEIMEI brand and the EISVOGEL product trademark, we focus on commercializing KMD polymer nanomaterial technologies and providing follow-up R&D and after-sales service.
R&D-driven and guided by the core philosophy of German manufacturing, we bring together talented professionals from around the world and foster interdisciplinary integration and cross-functional collaboration in the field of polymer nanomaterials.
Our current plants in China include Keimei Plastifizierung Technik (Yantai) Co., Ltd., Sentrui Nano Technology (Foshan) Co., Ltd., and Hangzhou Chuangye Masterbatch Co., Ltd. These plants have specialized in fiber polymer materials for over 30 years, continuously advancing nanomaterial technology toward high-end applications. Their goal is to meet the diverse fiber requirements of end-use customers by imparting specific functions to chemical fibers - such as high modulus, flame retardancy, electrical conductivity, antimicrobial properties, algae inhibition, energy storage, and stable color fastness - while ensuring excellent spinnability and superior fiber quality. Together, their products and technical services serve the global fiber industry. We are currently evaluating new projects in polymer nanomaterials for initiation.
KEIMEI-TRIUMPH possesses core technologies from Germany:
- Inorganic Nanomaterial Coating Technology
- Polymer-Based Nanomaterial Bridging Technology
- Polymer Model Design & Branched-Chain Modification Technologies
We at KEIMEI-TRIUMPH have state-of-the-art plasticizing equipment and polymer materials laboratories:
- We have adopted intelligent production lines for polymer nanomaterials based on the German Industry 4.0 concept, with plans for intelligent workshops.
- We have integrated advanced intelligent screw extruders from Germany into our polymer nanomaterial production.
- Our main laboratory instruments and equipment include micro-, small-, and medium-sized spinning lab machines as well as nonwoven lab machines, specialty nonwoven production equipment, micro twin-screw extruders, micro triple-screw extruders, and other laboratory equipment and facilities. Most of this equipment incorporates German technology.
Supported by the above core technologies and equipment, our main products include:
- Polymer-Based Nanomaterials: PA/PET, PA/PE self-crimping materials, etc.
- Specialty Polymer Materials: PPS, LCP, etc.
- Functional Nano-Masterbatches: flame retardant, conductive, antimicrobial, anti-aging, hydrophilic, water-repellent, stain-resistant, etc.
- Dope-Dyeing Nano-Masterbatches
Small-Batch Yarns: BCF, POY, DTY, FDY, etc.
Products
We deliver advanced nanomaterial solutions and high-quality industrial products.
Applied Technologies
We provide end-to-end services, from process validation to small-batch production.
Material R&D Plan Revision
Based on the performance characteristics of new materials, we provide feedback to the materials R&D ...
Equipment R&D
In material application trials, R&D topics also cover the equipment itself, including spinning pack ...
New Equipment Technologies
Specialty materials have forming requirements that existing equipment cannot meet, necessitating the...
R&D
Conducting frontier scientific research and technology development around the KMD spatial development model
Polymer Materials
- Liquid Crystal Polymer Structural Design and Synthesis: synthesis processes, LCP fibers,...
Advanced Ultrafine Fibers
Spinning Equipment R&D, Spinning Pack R&D, Application Development
Partnerships
Partner with KEIMEI-TRIUMPH to create a better future together.

Joint R&D with Customers
Based on our products and technologies, we collaborate with customers to develop chemical ...

Franchise
Franchise partnership is the fastest-growing driver of KEIMEI-TRIUMPH’s development and th...

Joint Operations with Independent Accounting
Establish jointly operated R&D centers to deliver R&D results internally; Establish jointl...