

Diameter Tolerance: ±0.01 mm Hardness: HRB ≤ 15 Tensile Strength: ≤ 228 MPa Yield Strength: ≤ 103 MPa Elongation: ≥ 16% Characteristics Low tensile and yield strength, high elongation, easy to deform and process, stable performance, excellent oxidation effect with batch-to-batch consistency, low internal stress after post-processing, and customizable special profiles. Applications Suitable as billet material for cold forging and warm forging of aerospace components and high-strength parts.

Diameter Tolerance: ±0.05 mm Hardness: HRB ≤ 15 Tensile Strength: ≤ 228 MPa Yield Strength: ≤ 103 MPa Elongation: ≥ 16% Characteristics Low tensile and yield strength, high elongation, easy to deform and process, stable performance, excellent oxidation effect with consistent quality across batches, low internal stress after post-processing, and customizable special profiles. Applications Suitable as billet material for cold forging and warm forging of aerospace components and high-strength parts.

Outer Diameter Tolerance: < 1 μm Inner Diameter Tolerance: ±0.05 mm (Smooth Inner Wall) Hardness: HRB 88 ± 2 Tensile Strength: > 590 MPa Yield Strength: > 570 MPa Elongation: ≥ 10% Characteristics Stable performance, excellent and consistent oxidation effect, easy to turn, and customizable special profiles are available. Applications Suitable for fields requiring high strength, lightweight, corrosion resistance and high-grade oxidation performance.


Liquid pipe dry filter is a key protective component of refrigeration and air conditioning system, which is specially used to effectively absorb moisture and impurities in the system. Its core lies in the built-in desiccant (such as molecular sieve) and precision filter screen, which can effectively prevent ice blockage, corrosion and compressor wear, and ensure the long-term stable operation of the system. The product is made of high quality copper, which is resistant to pressure and corrosion, and has excellent sealing performance. It is widely used in the installation and maintenance of refrigeration systems such as air conditioners, freezers, heat pumps and cold chain equipment, and is a necessary component to ensure that the system is clean and dry, and to improve operational efficiency and reliability.

Molecular sieves for automotive brakes are a key material used to keep the brake system dry and ensure safety. It is usually integrated in the form of a desiccant in the breather hole (breather cap) of the brake fluid reservoir. Its core function is to actively and efficiently absorb the moisture in the air entering the brake system from the breathing hole through its strong adsorption performance. This can effectively prevent the boiling point of brake oil from decreasing and the performance from declining due to water absorption, and avoid air resistance and braking force weakening during braking, thus ensuring the sensitive response, stability and reliability of the brake system, and greatly improving the driving safety and the durability of the brake system.



The speed can reach 3m/S; the acceleration is 3G, the guide rail adopts the precision C-UP, the guide rail can be butted, and the extension is limited

The outer diameter of the screw is 6-125mm, the length can reach 12000mm, the DmN value is 50000-220000, the acceleration is 0.5G-2G, and the accuracy of the screw is C0-C7.

The HIWIN coreless U-type linear motor has the characteristics of no wear, zero back gap, no impact force and low speed chain wave, and has no attractive force between the moving stator and the stator. It can be applied to the installation platform with no deformation, light load and continuous motion curve. For example: high-speed light-load automation equipment, dust-free environment automation equipment, panel panel equipment, optical inspection equipment, scanning electron microscope equipment, semiconductor equipment, tool machine wire cutting equipment and cam lathe equipment.



1) Disc Couplings There are multiple specifications and complete sizes of diaphragm-type couplings. Single diaphragm, double diaphragm, and flange type diaphragm couplings are all available in stock, with concentricity up to 0.03mm; The diaphragm is made of 304 stainless steel, which has good elasticity and allows for eccentricity, deflection angle, and axial deviation; 2) Jaw Couplings The intermediate colloid adopts polyurethane raw materials imported from Germany, which has good wear resistance, oil resistance, and electrical insulation; Zero backlash transmission, suitable for machine tool spindles; Concentricity 0.02mm 3) Oldham Couplings By sliding between the main body and the intermediate, significant eccentricity and deviation angle are allowed, and radial and axial deviations can be compensated; 4) Parallel Couplings A fully integrated metal flexible coupling that compensates for radial, angular, and axial deviations through grooving, suitable for encoders and micro-motors; Concentricity 10 μm;

Precision locknuts include: R-type radial lock nuts; RN lock nuts; F-type & A-type lock nuts; AN lock nuts; K-type lock nuts; KMT-type lock nuts.

Processing stroke: 850x800x600mm, processing part accuracy: 0.01mm; H7/h7, flatness: 0.02, perpendicularity: 0.03, parallelism: 0.03, rightness: 0.03, coaxiality: 0.01 Material: SS400, S45C, S50C, SKD11, SKD51, SKD61, SUM24L, SUS303, SUS304, SUJ2, SUS440, NAK55, NAK80



As a benchmark brand in the field of global bearings and a leader in precision rotation technology, NSK (Japan Seiko Corporation) has always taken "MOTION & CONTROL" as its core concept since its establishment in 1916. With nearly a hundred years of technology accumulation and continuous innovation capability, it has built a high-quality bearing product system covering the needs of the whole industry. With the core advantages of "high precision, low friction, long life and high reliability", the products provide core support for the operation of machinery in various industries around the world.

As a world-famous transmission belt brand, Gates Belt's products are widely used in many industries, mainly relying on "efficient transmission, wear resistance, low maintenance" and other characteristics to meet the needs of different scenarios, such as robots, medical equipment, automotive industry, industrial machinery, household appliances and office equipment. The core advantage of the Gates belt Material technology: using carbon fiber, polyurethane, etc., high temperature resistance, anti-aging. Precision transmission: synchronous belt tooth profile design (such as HTD, GT, etc.) to reduce slip. Long service life: 30% ~ 50% longer than ordinary belt, reducing the replacement frequency.

