Products

Japanese-made wet sandpaper offers fast and uniform sanding with excellent durability, making it suitable for grinding, polishing, and surface finishing of metals, composite materials, and precision instrument components.

Polishing cloths are available in long-fiber and short-fiber variants. When used with aluminum oxide powder, they provide smooth and even polishing while preventing overheating.

Aluminum oxide powder (Al₂O₃) is a high-hardness, wear-resistant abrasive material with uniform and stable particle distribution. It is suitable for high-precision polishing processes and can significantly enhance polishing performance.

This aluminum oxide powder is widely used in precision polishing of metals, ceramics, and composite materials.

Looped sanding belts are continuous belt-type grinding tools made from durable cloth substrates coated with high-quality abrasive grains, widely used for grinding, polishing, and deburring metals, wood, plastics, and composite materials.

Diamond grinding discs offer high hardness, excellent wear resistance, and high cutting efficiency, with superior flatness during grinding. They reduce the frequency of manual sanding belt changes and are suitable for precision grinding of hard materials such as hard alloys, ceramics, glass, and other high-hardness materials.

1. Powerful electric heating system enables rapid heat-up, with a molding cycle of only 10–15 minutes, improving efficiency in metallographic sample preparation.
2. The Automatic (E) Metallographic Mounting Press adopts an electric hydraulic system, eliminating the inconvenience and noise associated with traditional air compressor systems.
3. Modern display screen design provides a clear interface and a clean, professional appearance.
4. The human-machine touch control panel with built-in system programs ensures stable operation and low failure rate, enhancing reliability in laboratory and industrial environments.
5. Simplified operation settings remove unnecessary functions, making the Hot Mounting Press easy to learn and operate for users.
6. The E-3 model is equipped with three molding cylinders and hydraulic cylinders, while the E-5 model features five sets with an independent pressure system, significantly improving operational efficiency and convenience.

1. The powerful electric heater accelerates the heating process, with a molding time of only 8–12 minutes.

2. The electric hydraulic system in model E eliminates the inconvenience and noise associated with using an air compressor.

3. The LED digital display provides a modern and attractive appearance.

4. The electric touch panel with built-in system programs enhances stability and reduces the risk of malfunction.

5. With simplified function settings, the machine is easy to learn and operate.

1. Powerful heating ensures rapid warm-up, with a mounting time of only 8–12 minutes.

2. Manual type (H): Equipped with a single-acting hydraulic pump.

3. Compact design saves space.

Resin powder is commonly used for metallographic sample mounting. It offers excellent moldability, hardness, and heat resistance, and can be rapidly cured under heat and pressure to securely hold and protect the specimen. After molding, it provides a smooth surface and precise right angles without protrusion or deformation, facilitating subsequent grinding and polishing processes.

Mold Release Agent is an auxiliary material used in metallographic sample mounting. It forms a protective layer between the mold and resin to prevent adhesion, allowing easy demolding while improving molding quality and operational efficiency.

Hydraulic oil is a specialized fluid used in hydraulic systems. It provides lubrication, wear protection, and heat dissipation while efficiently transmitting power, ensuring stable operation and extending equipment service life.

1. Standard load: 3 kg, suitable for a wider range of testing conditions.

2. PTFS-300RS provides both Servo Mode and Drill Mode to meet different customer requirements.

3. Equipped with three chrome-plated steel guide shafts and linear bearings, providing excellent wear resistance and low friction, ensuring higher testing stability.

4. Uses an electric hydraulic system, eliminating the inconvenience and noise associated with pneumatic systems.

5. Fully automatic displacement system for easier and more convenient operation.

6. Adjustable descending speed, and the left/right automatic shifting distance can also be adjusted.

7. Automatic return (ascending) after test completion.

8. Equipped with a large LCD display, clear and easy to read, with data memory function.

9. Built-in RS-232 communication interface, allowing connection to a computer to save report preparation time.

10. After connecting to a computer, PTFS-300RS can measure torque, rotation speed, depth, and time (seconds) during screw penetration through the test plate, and generate corresponding test curves.

1. Equipped with three chrome-plated steel shafts and linear bearings, providing excellent wear resistance and low friction to enhance testing stability.
2. The electric hydraulic system eliminates the inconvenience and noise associated with air compressor systems.
3. Fully automated displacement design allows smooth and convenient operation.
4. Descending speed is adjustable, and the left/right automatic shifting distance can also be adjusted according to testing requirements.
5. The machine automatically ascends after testing is completed to improve operational efficiency.
6. A two-speed (high / low) gear transmission system eliminates the need to replace the drill, meeting different testing requirements.
7. Large LCD display provides clear readings with an elegant appearance and built-in data memory function.
8. Optional RS-232 interface allows connection to a computer, saving time on data recording and report preparation.
9. Optional mini printer can be connected to avoid manual recording errors.
10. After connecting to a computer, PTF-200RS can measure torque, rotation speed, penetration depth, and testing time when screws penetrate the test plate, and generate corresponding testing curves.