烧结网航空实验

原创版权来源：中析研究所发布时间：2025-08-23 19:02:48 咨询量：【大中小】 | 【打印】

承诺：我们的检测流程严格遵循国际标准和规范，确保结果的准确性和可靠性。我们的实验室设施精密完备，配备了最新的仪器设备和领先的分析测试方法。无论是样品采集、样品处理还是数据分析，我们都严格把控每个环节，以确保客户获得真实可信的检测结果。

信息概要

烧结网是一种用于航空领域的关键过滤材料，通过金属粉末烧结工艺制成，具有高强度、高精度过滤和耐高温等特点。在航空实验中，烧结网的性能直接关系到飞行安全和设备可靠性，因此第三方检测机构提供检测服务，确保产品符合航空标准。检测的重要性包括预防故障、保障性能稳定、满足 regulatory requirements，并涉及材料性能、过滤效率、耐久性等多方面测试。

检测项目

tensile strength
yield strength
elongation
hardness
porosity
pore size distribution
filtration efficiency
pressure drop
corrosion resistance
high temperature resistance
low temperature resistance
fatigue resistance
creep resistance
impact resistance
wear resistance
surface roughness
dimensional accuracy
weight
thickness
density
chemical composition
microstructure
grain size
inclusion content
cleanliness
permeability
burst pressure
collapse pressure
flow rate
bubble point
mean flow pore size
maximum pore size
minimum pore size
pore shape
specific surface area
thermal conductivity
electrical conductivity
magnetic properties
acoustic properties

检测范围

stainless steel sintered mesh
bronze sintered mesh
nickel sintered mesh
titanium sintered mesh
monel sintered mesh
hastelloy sintered mesh
inconel sintered mesh
aluminum sintered mesh
copper sintered mesh
iron sintered mesh
multilayer sintered mesh
single layer sintered mesh
fine pore sintered mesh
coarse pore sintered mesh
high flow sintered mesh
high strength sintered mesh
high temperature sintered mesh
corrosion resistant sintered mesh
food grade sintered mesh
medical grade sintered mesh
aerospace grade sintered mesh
hydraulic filter sintered mesh
fuel filter sintered mesh
air filter sintered mesh
oil filter sintered mesh
water filter sintered mesh
gas filter sintered mesh
catalytic converter substrate
sound absorber sintered mesh
flame arrestor sintered mesh
diffuser sintered mesh
sparger sintered mesh
mist eliminator sintered mesh
demister sintered mesh
battery electrode sintered mesh
heat exchanger sintered mesh
fluidized bed sintered mesh
porous bearing sintered mesh
porous metal sintered mesh
custom designed sintered mesh

检测方法

Tensile Test: Measures the maximum load a material can withstand while being stretched or pulled before breaking.
Yield Strength Test: Determines the stress at which a material begins to deform plastically.
Elongation Test: Measures the percentage increase in length of a material under tension until fracture.
Hardness Test: Evaluates the resistance of a material to deformation, typically using indentation methods.
Porosity Test: Determines the volume percentage of void spaces in the material.
Pore Size Analysis: Measures the distribution of pore sizes using methods like mercury intrusion or bubble point.
Filtration Efficiency Test: Assesses the ability of the mesh to remove particles from a fluid.
Pressure Drop Test: Measures the loss of pressure as fluid flows through the mesh.
Corrosion Test: Evaluates the material's resistance to corrosion in various environments.
High Temperature Test: Examines the performance of the mesh at elevated temperatures.
Low Temperature Test: Assesses the behavior of the mesh at low temperatures.
Fatigue Test: Determines the material's resistance to cyclic loading.
Creep Test: Measures the slow deformation of material under constant stress over time.
Impact Test: Evaluates the toughness of the material by subjecting it to sudden force.
Wear Test: Assesses the material's resistance to abrasion and wear.
Surface Roughness Measurement: Quantifies the ure of the surface.
Dimensional Inspection: Verifies the physical dimensions against specifications.
Weight Measurement: Determines the mass of the mesh.
Thickness Measurement: Measures the thickness using calipers or micrometers.
Density Measurement: Calculates the mass per unit volume.
Chemical Composition Analysis: Identifies the elemental composition using spectroscopy.
Microstructural Analysis: Examines the microstructure using microscopy.
Grain Size Analysis: Determines the size of grains in the material.
Inclusion Content Test: Measures the amount of non-metallic inclusions.
Cleanliness Test: Assesses the level of contaminants.
Permeability Test: Measures the ability of fluid to pass through the mesh.
Burst Pressure Test: Determines the pressure at which the mesh fails.
Collapse Pressure Test: Measures the pressure causing structural collapse.
Flow Rate Test: Quantifies the volume of fluid passing through per unit time.
Bubble Point Test: Identifies the largest pore size by detecting the pressure required to push air through a wetted mesh.
Mean Flow Pore Size Test: Calculates the average pore size based on flow characteristics.
Maximum Pore Size Test: Finds the largest pore present.
Minimum Pore Size Test: Finds the smallest pore present.
Pore Shape Analysis: Examines the shape of pores using imaging techniques.
Specific Surface Area Measurement: Determines the total surface area per unit mass.
Thermal Conductivity Test: Measures the ability to conduct heat.
Electrical Conductivity Test: Assesses the ability to conduct electricity.
Magnetic Properties Test: Evaluates magnetic characteristics.
Acoustic Properties Test: Measures sound absorption or transmission.