11-10


Study on the mechanical properties of ZrB2-based ultra-high temperature ceramic composites reinforced by spark plasma sintering (BNNT-BNNP)

ZrB2-SiC based ultra-high temperature ceramic materials have the advantages of high melting point, high hardness, high electrical conductivity, high thermal conductivity, excellent high-temperature strength and high-temperature oxidation resistance, and have broad application prospects in the aerospace, military and industrial fields.

11-09


2500℃ ultra-high temperature vacuum multifunctional mechanical testing system

The various technical indicators and overall comprehensive technical performance of Changchun Fangrui Technology Co., Ltd.'s new high-precision, sophisticated aerospace materials testing equipment "2500°C ultra-high temperature vacuum multi-functional mechanical testing system" have been successfully upgraded and improved after actual evaluation by industry experts!

11-06


High temperature deformation measurement system

The deformation measurement of the sample under high temperature is led to the outside of the furnace through a high-temperature extension mechanism. A differential transformer, strain gauge, or electronic micrometer is fixed on the outside part of the furnace of the long and short extension plates (rods).

03-30


GWDL—1200 type ultra-large window, ultra-long constant temperature zone//L=180mm high temperature tensile test electric furnace

Changchun Fangrui Technology Co., Ltd.'s latest technological breakthrough in high-temperature mechanical performance testing equipment in 2020, "GWDL-1200 type ultra-large window, ultra-long constant temperature zone//L=180mm high-temperature tensile test electric furnace", was successfully powered on in one time! The GWDL-1200 ultra-large window high-temperature electric furnace meets the needs of customers for tension, compression, bending and shear testing of metals, non-metals and composite materials in high-temperature atmospheric environments of 200℃-1200℃, making it convenient for customers to observe the inside of the high-temperature furnace at any time. Sample test conditions, and can be equipped with a non-contact video extensometer according to customer requirements to accurately measure the deformation of the sample under high temperature.

03-23


2300℃ ultra-high temperature (high vacuum) durable creep comprehensive testing system

In recent years, our company has undertaken a number of national key scientific research projects. Among them, the "2300℃ ultra-high temperature and high vacuum durable creep multi-functional comprehensive testing system" has been verified by many industry experts and used in actual tests, and its various technical indicators are excellent.

06-30


Changchun Metro Line 1 vehicle——Little Snow Leopard

The trial operation of the first phase of Changchun Metro Line 1 is getting closer and closer. Changchun's first subway line has attracted great attention from the general public, and it will also greatly facilitate citizens' travel.

06-30


"Fuxing" sets off to let the world witness the power of "Chinese standards"

As economic development gradually shifts from factor-driven to innovation-driven, standardization strategy has become a core element in promoting the transformation and upgrading of traditional industries and leading the vigorous development of emerging industries. Solidly promoting the formulation of more "Chinese standards" will become a strong technical support for the transformation of "Made in China" into "Created in China".

06-30


Our company designs and manufactures the first "vacuum ultra-high temperature durable creep testing machine" in China

Let’s briefly describe it for your friends’ reference! Attached are some pictures of our company’s products [Our company’s latest domestic first “vacuum ultra-high temperature durable creep testing machine” can complete various organic, inorganic, new and ultra-high temperature tests under vacuum. Conventional long-lasting creep test requirements for molecular composite materials under high temperature, ultra-high temperature, low temperature, ultra-low temperature and quantitative inert gas filling state

06-10


Use of thermocouples

K type - metal mechanical properties (environmental) test - using Class II thermoelectric JJG351-96 "Verification Regulations for Industrial Cheap Metal Thermocouples" Ni190%Gr10% is the positive electrode//Ni97%, Si3% is the negative electrode
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