We design and build a full range of universal testing machines (UTMs) and specialized lab equipment for rigorous quality control, research, and development.

Derui is a specialized manufacturer and supplier of material testing equipment.Our products serve quality control, research, and development needs
across industries like aerospace, automotive, and manufacturing.
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ASTM D1922 vs ISO 6383-2: Film Tear Test Guide

ASTM D1922 vs ISO 6383-2: Film Tear Test Guide

August 24, 2026

Plastic Film Testing · Method Selection · Laboratory Guide ASTM D1922 vs ISO 6383-2: Elmendorf Tear Testing for Plastic Film How to select the governing method, prepare rectangular or constant-radi...
ASTM D6055 Clamp Testing: Package Setup, Force Control and Equipment Selection

ASTM D6055 Clamp Testing: Package Setup, Force Control and Equipment Selection

August 24, 2026

Packaging Testing · Mechanical Handling · Equipment Selection ASTM D6055 Clamp Testing: Package Setup, Force Control and Equipment Selection A practical guide to Method C, squeeze-clamp hazards, co...
ASTM D999 vs ASTM D4728: Fixed-Displacement or Random Vibration

ASTM D999 vs ASTM D4728: Fixed-Displacement or Random Vibration

August 24, 2026

Packaging Testing · Method Selection · Equipment Guide ASTM D999 vs ASTM D4728: Fixed-Displacement or Random Vibration? A practical guide to separating repetitive-shock, resonance and random-vibrat...
ISO 2758 vs ISO 2759: How to Choose a Bursting Strength Test Method

ISO 2758 vs ISO 2759: How to Choose a Bursting Strength Test Method

August 23, 2026

Paper & Board Testing · Method Selection · Laboratory Guide ISO 2758 vs ISO 2759: How to Choose a Bursting Strength Test Method A practical guide to selecting the correct method for paper, line...
Incline Impact Test: ASTM D880 Procedure, Equipment Setup, and Result Interpretation

Incline Impact Test: ASTM D880 Procedure, Equipment Setup, and Result Interpretation

August 19, 2026

Packaging Testing · Horizontal Shock · Laboratory Guide Incline Impact Test: ASTM D880 Procedure, Equipment Setup, and Result Interpretation A practical guide to selecting the method, controlling i...
Foam Durability and Fatigue Testing: Methods, Standards, and Best Practices

Foam Durability and Fatigue Testing: Methods, Standards, and Best Practices

July 28, 2026

Key Takeaways Foam fatigue testing simulates years of use in a controlled laboratory environment ASTM D3574 and ISO standards define standardized fatigue test procedures Compression set and height ...
Servo Hydraulic UTM Selection Guide for Buyers

Servo Hydraulic UTM Selection Guide for Buyers

July 15, 2026

Servo-Hydraulic vs Electromechanical UTMs When I am choosing a servo-hydraulic UTM, I look at the job first: the force level, the specimen size, and whether the lab needs a system built for heavy-d...
Cornell vs Rollator Mattress

Cornell vs Rollator Mattress

July 14, 2026

Furniture Testing · Mattress Durability · 2026 Edition Cornell vs Rollator Mattress Testing: Which Method Actually Predicts Real-World Failure? Two durability testing methods. Two entirely differen...
Testing Machine Calibration Guide

Testing Machine Calibration Guide

July 14, 2026

Testing Equipment · Standards & Compliance · 2026 Edition Testing Machine Calibration Guide: ASTM E4 & ISO 7500-1 The complete guide to keeping your testing machines accurate, compliant, an...
Foam Fatigue Testing

Foam Fatigue Testing

July 14, 2026

Foam Testing · Quality & Durability · 2026 Edition Foam Fatigue Testing: Why It Matters The critical quality step most manufacturers overlook — and the real cost when you skip it. Last updated:...
UTM Selection Guide

UTM Selection Guide

July 14, 2026

Equipment Selection Guide · 2026 Edition Universal Testing Machine Selection Guide Electromechanical or servo-hydraulic? Single or dual column? 5 kN or 600 kN? A complete decision framework with 5-...
How to Build Packaging Test Lab

How to Build Packaging Test Lab

July 14, 2026

Laboratory Setup Guide · 2026 Edition How to Build a Packaging Test Lab A complete, actionable guide covering equipment checklists by budget, space planning, ISTA/ISO 17025 certification paths, sta...
Vibration Tester vs Drop Tester

Vibration Tester vs Drop Tester

July 14, 2026

Packaging Test Equipment Selection · 2026 Edition Vibration Tester vs Drop Tester A complete comparison guide for packaging engineers: when to use each, ISTA/ASTM standards requirements, cost analy...
Drop Tester Types Comparison

Drop Tester Types Comparison

July 14, 2026

Equipment Selection Guide · 2026 Edition Drop Tester Types Comparison A complete drop test equipment selection guide covering 7 types, standards compatibility, industry applications, and cost analy...
Box Compression Tester Guide: Specifications, Standards & How to Choose

Box Compression Tester Guide: Specifications, Standards & How to Choose

June 20, 2026

Buying Guide 2026 Edition · ~13 min read · 2,300+ words Box Compression Tester Guide: Specifications, Standards & How to Choose A technical buyer's guide covering ASTM D642 and ISO 12048 compliance...
Benchtop Tensile Testing Machine: The Ultimate Buyer's Guide (2026)

Benchtop Tensile Testing Machine: The Ultimate Buyer's Guide (2026)

June 13, 2026

Equipment Buying Guide · 2026 Edition Benchtop Tensile Testing Machine: The Ultimate Buyer's Guide (2026) How to choose a benchtop UTM — specifications, force capacity, standards compliance, and pr...
Foam Tensile & Tear Strength Testing (ASTM D3574 Test A & C)

Foam Tensile & Tear Strength Testing (ASTM D3574 Test A & C)

June 12, 2026

Key Takeaways Tensile strength and tear resistance are core durability indicators defined in ASTM D3574 Test A and Test C, respectively Both tests measure how foam withstands mechanical stress befo...
Foam Compression Set Testing: ASTM D3574 Test D Complete Guide

Foam Compression Set Testing: ASTM D3574 Test D Complete Guide

June 11, 2026

Foam Compression Set Testing: ASTM D3574 Test D Complete Guide Foam Compression Set Testing: ASTM D3574 Test D Complete Guide How to measure foam's ability to recover after sustained compression — ...
Foam Hardness Testing: Methods, Equipment, and Quality Control Applications

Foam Hardness Testing: Methods, Equipment, and Quality Control Applications

May 14, 2026

Foam hardness testing measures resistance to compression via IFD, CLD, Ball Indentation, and Shore durometer methods. Learn ASTM D3574/ISO 2439 standards, equipment selection, and quality control.
Automotive Foam Testing Guide: Standards, Equipment, and OEM Specifications

Automotive Foam Testing Guide: Standards, Equipment, and OEM Specifications

May 14, 2026

Complete guide to automotive foam testing covering FMVSS 201, SAE J3915, Ford/GM/Toyota specs, 90% IFD fatigue testing, high-temp aging, and heavy-duty equipment selection.

How to start?

One:Describe Your Need – Tell us about your material, standards, and requirements.

Two:Get a Tailored Proposal – Our engineers will design a testing equipment solution for you.

Three:Implementation & Support – We deliver, install, validate, and provide lifelong support.

Contact Us

Derui Test Equipment
We are a dedicated manufacturer of precision material testing equipment, committed to supporting global industries with reliable testing solutions.

Our Core Product Lines:

  • Universal Testing Machines (Tensile/Bend/Compression)

  • Environmental Simulation Chambers (Climatic, Thermal Shock)

  • Specialized Testing Equipment for Packaging, Furniture & Materials

Contact Us

Derui Testing Equipment Co., Ltd.

No. 5, Seventh Street, Jintan
Dongguan City, Guangdong Province ,523000,China.

Tel: +86-769-81330059

WhatsApp: +86 135 2795 8363

Email: shirley@deruitest.com

For international inquiries, we recommend WhatsApp or Email for swift response.

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