Ding Testing Inspection: Precise Surface Profilometry, Safeguarding the Smooth Essence of Metallic Materials

Ding Testing Inspection provides non-contact optical profilometry technology that offers precise 3D surface analysis for various solid materials, ensuring that the surface smoothness of components and products meets functional requirements.

Service Introduction

Many components and products require a certain level of surface smoothness to achieve their full functionality. Surfaces that are too rough can affect the flow of gases or liquids, luster, and even the acoustic and mechanical properties of components. Generally, the smoother the surface, the higher the manufacturing difficulty and cost. We help our clients find a balance between acceptable surface roughness and cost during the R&D phase and quality control process. In operation, undesirable rough surfaces indicate friction, which can lead to faster wear of components. Surface discontinuities and roughness are also common sites where defects are prone to nucleate, and proper characterization and determination of these are crucial.

Through non-contact optical profilometry technology, Ding Testing Inspection (DTI) helps improve the efficiency and effectiveness of surface inspection and analysis. It can be used for almost any solid material and offers advantages in terms of speed, accuracy, and surface integrity over other surface inspection methods such as optical microscopy, scanning electron microscopy (SEM), contact profilometers, or calibrated gauges.

Industry Pain Points

In operation, undesirable rough surfaces indicate the presence of friction, which may lead to faster component wear. Surface discontinuities and roughness are also common sites where defects are prone to nucleate, and proper characterization and determination of these are crucial.

Service Scope

The detection of oxygen, nitrogen, and hydrogen in metallic materials is widely applied using various methods, including:

- Determining and analyzing the dimensions of corrosion pits (diameter, depth)
- Determining the size of microscopic particles on a substrate/surface (e.g., particle characterization, contaminants)
- Visualizing and quantifying wear patterns
- Roughness measurements, including curved surfaces
- Determining thread dimensions (for threading heights <10mm)
- Measuring coating depth and defects
- Measuring the size of microscopic fractographic features
- Determining surface roughness and defects in fatigue tests

Application Fields

Precise measurement of surface roughness in metallic materials is applied to:

- Providing quantified 3D characterization for a wide range of surfaces, from rough to smooth, hard to soft, adhesive, deflectable, or otherwise difficult to measure.

Choosing Ding Testing Inspection, you will gain

- Accurate Surface Roughness Measurement:Obtaining detailed data on the surface roughness of components and products is crucial for ensuring their functionality and performance
- Diversified Testing Methods: Offering a variety of testing methods tailored to specific product types and requirements, including wear resistance, air/water vapor permeability, and chemical resistance
- Precise Test Results: Achieving detailed data on material performance through accurate testing methods
- Technical Support and Consultation: Providing professional technical support and consultation services to help resolve technical issues in material testing and application

Choose Ding Testing Inspection, choose to be with high-quality testing technology, choose to be with more reliable data and reports, choose to be with a testing institution recognized by well-known industry clients!

Contact Us

Contact Ding Testing Inspection immediately, and let our professional team provide expert-level solutions for your surface roughness and profilometry needs. Whether it's technical consultation or on-site testing, we will provide the best service experience.

About Ding Testing Inspection

Ding Testing Inspection was founded by senior industry professionals and strictly carries out testing, testing, appraisal, and evaluation work in accordance with international standards such as ISO/ASTM/ASME/JIS/GB/EN/API. It also has a world-class corrosion laboratory and is recognized by many top international and domestic industry clients. In the field of corrosion, material failure analysis, and energy material testing, we have a good reputation and customer recognition.