Tungsten carbide inner-cooling reamer is made of high-quality raw materials so that it has characteristics of high precision, high hardness, high chip removal, high sharpness, durability, and efficient processing. It is mainly used for the processing of precision parts for applications in automobiles, aerospace, and abrasive tools, etc. Therefore, it realizes the finishing or semi-finishing of holes, improve the processing accuracy of holes, and reduce the surface roughness.

Tungsten carbide straight flute reamer is mainly used for reaming holes that have been drilled on the workpiece to improve the processing accuracy of the hole and reduce the surface roughness. It is a tool used for hole finishing and semi-finishing. The machining allowance of such a reamer is generally very small.

Tungsten carbide tap is a good choice for cutting into a very abrasive material. Generally, a tap made of high quality tungsten carbide is most effective in tapping highly abrasive materials including cast iron, polymers, glass-filled polycarbonates, cast aluminum, space alloys, and nonferrous materials.

Tungsten carbide wave flute milling cutter is a carbide cutting tool designed with wave edges, which is suitable for processing of ordinary steel, die steel, stainless steel, cast iron, aluminum alloy and titanium alloy.

Ammonium paratungstate（APT）is white crystalline salt, with the chemical formula (NH₄)₁₀(H₂W₁₂O₄₂)•4H₂O. It is the most important raw material for most of tungsten products. Intermediates such as tungsten trioxide, tungsten blue oxide, tungstic acid, can be obtained from APT, either by thermal decomposition or chemical conversion.

Ammonium paratungstate (APT) is regarded as an important precursor of many tungstic product. A major product from thermal decomposition of APT is tungsten trioxide (Wo₃), which is the active phase in tungsten-based catalysts. Furthermore, it is applied in varied field of gas sensors, catalysis, electrochemistry, and photocatalysis owing to its excellent gasochromic, acidity, electrochromic and photochromic properties. Meanwhile, tungsten trioxide, with a band gap between 2.4 and 2.8 eV, is a visible light response catalyst with stability under acidic conditions, which makes it a suitable choice for the photocatalytic oxidation of organic pollutants under solar irradiation.

Tungsten alloy shielding plate is used to absorb X-rays scattered and transmitted by a CT scanner. You know, some X-rays could enter the surrounding environment through scattering and transmission during CT scanning, which may affect the health of operators, patients and their accompanying family members.

Tungsten alloy radiation shield is an essential protection part on CT machine. The radiation shield made of high density tungsten-based alloys may be a tungsten alloy plate, a tungsten alloy tube or a tungsten alloy shielding device. You know, CT examination is X-ray examination, which produces ionizing radiation. In order to minimize the radiation to the patient, a tungsten alloy shield with excellent X-ray absorption shielding effect is necessary.

Tungsten alloy PET unit dose pig is innovative and cost effective to help improve the safety and efficiency of radiopharmaceutical handling procedures. You know, radiographic imaging has become an integral part of the diagnosis and management of patients. To do PET (Positron Emission Computed Tomography) examination, PET imaging agent is needed to make the imaging clearer. At present, the most commonly used PET imaging agent in clinic is 18F-FDG imaging (γ-ray).

Tungsten alloy syringe pig is a tungsten alloy shield made of high quality tungsten-based alloy, which is specially designed and manufactured by a special process, to fit in to single dose holder for normal lab operations or clinical diagnosis or treatment. Tungsten alloy syringe pig has high density of up to 18.89 g/cm3, so that it has excellent radiation shielding performance (both X-ray and gamma radiation absorption), and therefore it is mainly used to protect medical personnel from being irradiated by the injection liquid during injection, transfer and experiment.