NKP – Basic technologies and key components for manufacturing (2019 annual call)

Around 450 million RMB

Basic frontier technologies

Fundamental principles and methodologies for multi-dimensional fusion sensing intelligent bearing
Design theories for high-performance bearing dynamics and gradient reliability
Fundamental technologies for the smartification of hydraulic components and systems
Fundamental theories and monitoring of gear drive system dynamics
Fundamental theories and technologies for new types of high-performance precision transmission
Technologies for high-power density micro-nano vibration energy harvesters
Fundamental theories and technologies for cross-scale micro-nano coordinated measurement

Generic key technologies

Key technologies and industrial verification platforms for industrial robot bearing-reducers
Key technologies for micro-small hydraulic components
Key technologies for long-life and corrosion-resistant hydraulic components and systems for offshore equipment
Key technologies and industrial test platforms for high-performance mechanical seals
Key technologies for high-speed and heavy-duty bevel gears
High-efficiency heat treatment technologies for high-aspect-ratio parts
Clean cutting key technologies
Technologies for the nondestructive measurement of high aspect ratio silicon-based MEMS
Key technologies for silicon-based MEMS thick metal films
Key technologies for high-performance micro-nano temperature sensors
Key technologies for silicon-based MEMS gas sensors
High-performance magnetic sensor key technologies
Key technologies for the design and application of instrument-specific microcontroller chips
Key technologies for the online analysis of multi-parameter hazardous gas
Key technologies for the automatic and precise tracking of six-degree-of-freedom lasers
Key technologies for industrial field communication quality analysis
Key technologies for instruments integrating functional safety and information security

Application/demonstration

Key technologies and application demonstration of construction machinery high torque hub motors
Application demonstration of extrusion technologies for aluminum alloys
Development and application demonstration of intelligent calibration systems for the manufacturing processes of industrial instruments
Development and application demonstration of online detectors of chip package defects

General requirements applying to all NKPs (see corresponding section in this page).

Additional requirements for this specific NKP include:

Proposals featuring the participation of local governments and social actors strongly encouraged (additional funding must be provided according to certain proportions, depending on the project subject);
Project implementation period is max 3 years;
The maximum number of participants in each consortium cannot exceed 6 or 10 (depending on the specific subject), while the maximum number of subtopics for each project should not exceed 4 or 6 (depending on the specific subject).