EN
- Overview
- Recommended Products
Product Details
1. The operation is simple and the molding appearance is beautiful.
2. Enter the molding machine after embossing, it will not affect the occlusal tightness
Company and Service Advantages:
2. The company has a professional The Adjuster team, 24 hours to provide uninterrupted after-sales service.
(1) Installation and debugging
Equipment arrived at the customer workshop, according to the flat layout of our equipment. We will arrange experienced technicians to install, debug and test-produce the equipment, and make the equipment reach the rated production capacity of the production line
(2) Training
Our company provides technical training for our customers. The training includes the structure and maintenance of the equipment, the control and operation of the equipment, experienced technicians will guide and establish the training program. After training, the buyer's technical personnel can master the operation and maintenance of the equipment, can adjust the process and deal with different failures
3. After-sales quality problems within 2 hours to answer, if the telephone video guidance can not be solved, domestic 24 hours to send engineers to the site to solve the problem
4. Factory direct sales price concessions, 40,000 square meters factory, 20 years of Export Enterprises, CE certification, patents more than 100 items
ITEMS |
TYPE/UNIT |
SP-PU-C |
Color Steel Sandwich Panel Specifications |
mm |
Width: 700 ~ 1000
Thickness: 30 ~ 150
|
Production Line Speed |
m/min |
3~8 |
The Maximum Temperature of The Hot Air Circulation |
°C |
70 |
Total Power |
kw |
300 |
Line Dimensions - L × W × H |
mm |
86000×7000×3800 |
The Total Installed Power Capacity |
kw |
207 |
Stove Power |
kcal |
200,000 |
Double Belt Iaminated Conveyor Length |
m |
24 |
1. Panel from the continuous sandwich panel production line is a composite structure consisting of two external facings and an insulating core. The core can be flexible with Polyurethane, Mineral Wool, Glass Wool, PIR, Phenolic or EPS. Various profiles are available according to customer's requirement with pre-painted steel sheets, PVC sheets, Aluminum paper or other similar supports.
We are the first drafter of the China National Standards for 3D Panel.
We cooperated with a German manufacturer where the first EPS block molding machine in the world was produced in 1960.
We have a joint venture with Alessio Hi-tech, a leading Italian company for shape molding and pre expansion technology of EPS and EPP.
We have Korean Hi-tech for continuous sandwich panel line with core in Polyurethane, Mineral Wool, Phenolic or EPS. Ten overseas branch offices are responsible for the worldwide sales and after-sales services.
We warmly welcome friends and all those who are interested in our products and services to visit our factories in Shanghai, China.
Features and Design
The Indentation Device features a rigid frame and vibration-damped platform to reduce noise and external disturbances that can compromise measurement precision. High-precision loading modules enable controlled force application from micro-newton to kilo-newton scales, making the Indentation Device suitable for both nano-scale and macro-scale tests. An advanced displacement sensor with nanometer resolution provides real-time feedback during material testing indentation cycles to capture loading, dwell, and unloading phases accurately. The control system is user-friendly and programmable, allowing researchers and technicians to configure test sequences, load rates, hold times, and automated test series.
To meet diverse hardness testing equipment requirements, the Indentation Device supports multiple indenter geometries such as Berkovich, Vickers, Knoop, spherical, and custom tips. Interchangeable indenter modules simplify transition between indentation modes, enabling a single Indentation Device to perform a wide variety of material testing indentation procedures without extensive reconfiguration. The device enclosure controls environmental factors such as temperature and humidity for temperature-sensitive material testing indentation operations, ensuring reliable comparative results when using hardness testing equipment for production acceptance testing or research.
Applications
This Indentation Device is optimized for a broad set of applications in materials science research, microelectronics, coatings development, failure analysis, and industrial quality control. For thin films and coatings, the Indentation Device provides fine-scale material testing indentation capability that is critical for evaluating adhesion, film hardness, and substrate influence. In the semiconductor and MEMS industries, the Indentation Device enables precise mechanical characterization of micro-fabricated devices through nano-indentation trends aligned with industry demands for miniaturization and greater performance. For metals and alloys, the Indentation Device supports standard hardness testing equipment protocols to determine yield behavior, hardness gradients, and heat treatment effects.
The Indentation Device is equally valuable in academic labs exploring fundamental material properties. With programmable test sequences and high-resolution sensors, the Indentation Device facilitates creep testing, viscoelastic characterization, and time-dependent material testing indentation studies. Material development teams use the Indentation Device to screen new alloy compositions and polymer blends, accelerating product qualification cycles and reducing time-to-market by providing reliable hardness testing equipment data for design decisions.
Innovation and Technical Advantages
Shanghaizhongji engineered the Indentation Device around several innovative principles to advance the field of material testing indentation. First, the device employs an active load control algorithm that minimizes overshoot and stabilizes contact conditions during indentation events. This results in improved accuracy and repeatability compared to conventional hardness testing equipment that rely on less sophisticated load control. Second, the Indentation Device features an adaptive signal processing suite that filters mechanical noise while preserving critical signal features of interest in nano-indentation trends, enabling more reliable extraction of mechanical properties such as modulus and hardness.
Third, the Indentation Device integrates a modular electronics architecture that supports future upgrades, including higher-resolution sensors, additional actuator ranges, and supplementary environmental control modules. This modularity ensures that the Indentation Device remains an adaptable platform as material testing indentation methodologies evolve. Fourth, the device implements automated calibration routines and traceability to international standards, making it a dependable hardness testing equipment choice for laboratories requiring documented quality assurance and audit trails.
The Indentation Device also emphasizes user experience and workflow efficiency. Software accompanying the Indentation Device provides intuitive setup screens, comprehensive data visualization, and automated report generation suitable for both research papers and industrial quality records. The software supports batch processing for high-throughput material testing indentation tasks and exports data in multiple formats compatible with analysis tools and laboratory information management systems used by hardness testing equipment teams.
Performance Metrics
The Indentation Device achieves nanometer-level displacement resolution and sub-micronewton force resolution in its nano-indentation modes, enabling characterization of thin films and surface layers in accordance with modern nano-indentation trends. In micro- and macro-indentation ranges, the Indentation Device delivers stable and linear loading with minimal hysteresis, fulfilling hardness testing equipment expectations for industrial hardness and indentation testing standards. Repeatability and reproducibility metrics demonstrate low standard deviation across repeated tests, making the Indentation Device a reliable instrument for production acceptance and research-grade experiments.
Maintenance, Service, and Support
Shanghaizhongji offers comprehensive after-sales support and training for the Indentation Device. Routine maintenance procedures are straightforward, with modular components designed for quick replacement and calibration. Remote diagnostics and software updates ensure that the Indentation Device remains current with evolving nano-indentation trends and hardness testing equipment protocols. Professional training services help new users master material testing indentation techniques and interpret results accurately for engineering decisions.
Why Choose Shanghaizhongji’s Indentation Device
Selecting the Indentation Device from Shanghaizhongji means choosing a platform engineered for precision, versatility, and future-proof performance in material testing indentation. The Indentation Device provides an integrated solution that addresses the needs of materials researchers, production engineers, and quality control specialists seeking dependable hardness testing equipment. With a focus on innovation, adaptability, and user-centric design, the Indentation Device positions Shanghaizhongji at the forefront of nano-indentation trends and advanced material characterization.
In summary, Shanghaizhongji’s Indentation Device combines precise load control, high-resolution sensing, modular hardware, and sophisticated software to deliver exceptional performance for material testing indentation and hardness testing equipment applications. Whether deployed in research laboratories pursuing nano-indentation trends or in industrial settings requiring robust hardness testing equipment, the Indentation Device offers reliable, accurate, and adaptable capabilities to meet today’s and tomorrow’s material characterization challenges.
