Product Overview

The KR‑713 bench‑top foam indentation hardness and dynamic fatigue tester is purpose‑built for mechanical‑property assessment of flexible porous polymer foam and sponge materials. Following GB10807‑89 specification for soft foamed polymeric materials, this instrument measures indentation force, indentation hardness, compression resistance, and dynamic fatigue degradation after repeated cyclic compression.

When a standard‑dimension foam specimen is placed under the circular pressure head, the equipment applies controlled vertical compression load, records real‑time reaction force exerted by the sample, and calculates indentation‑hardness indexes via built‑in algorithms. It supports three official indentation‑hardness test modes, widely deployed by furniture‑foam factories, automotive‑seat‑component manufacturers, polymer‑material R&D labs and third‑party material‑quality‑verification institutes.

Core Product Competitive Advantages

1. Precision‑Controlled Indentation Compression System Programmable sag‑depth setting enables accurate timing‑governed indentation depth control. Stable pressure‑head travel speed ensures consistent compression conditions across repeated specimen batches, minimizing manual‑operation‑introduced deviation for reliable comparative test outcomes.
2. High‑Accuracy Force‑Acquisition Hardware Equipped with high‑sensitivity pressure sensor and large‑scale integrated signal‑processing circuit. Fine force‑measurement resolution captures subtle force‑variation from low‑stiffness soft‑foam samples, with overall measurement error kept below 1 %.
3. Three‑Mode Standard‑Compliant Hardness‑Testing Supports all three indentation‑hardness determination methods defined in the national standard. Operators can quickly switch test workflows on‑screen without hardware re‑configuration, covering routine‑quality‑control, material‑formula‑R&D and compliance‑certification‑test scenarios.
4. Intuitive Touch‑Screen Human‑Machine Interface Touch‑screen panel displays real‑time force‑readings, indentation depth and test‑process status. Test‑parameters such as compression depth, holding‑duration and test‑mode can be directly configured on‑device; test‑results can be stored locally for later review.
5. Compact Desktop Layout & Simple Maintenance Integrated bench‑top structure occupies limited laboratory countertop area. Standard‑size circular pressure‑head fixture is easy to detach and wipe clean of foam debris; daily maintenance workload stays low for continuous production‑line QC usage.

Complete Technical Parameter Table

Standard Complete Test Operating Workflow

1. Pre‑Test Preparation & Parameter Configuration Place the instrument on a level workbench. Power‑on the unit, select the applicable indentation‑hardness test method, set target sag‑depth and holding‑time parameters according to standard‑requirements.
2. Specimen Placement Cut foam sample to required standard dimensions. Position the specimen flat and centred underneath the circular pressure‑head on the test platform to guarantee vertical compression force application.
3. Automatic Indentation Test Execution Start test sequence. Pressure‑head descends at preset constant speed, compresses sample to pre‑configured sag‑depth and maintains holding‑duration. The system continuously collects reaction‑force data from the foam specimen.
4. Data Recording & Result Review Upon finishing compression‑holding cycle, pressure‑head returns to home‑position. Touch‑screen shows final indentation‑hardness value. Save test‑record for archiving as required.
5. Post‑Test Clean‑Up Remove tested foam sample, clear foam debris from pressure‑head and work‑platform. Shut‑down equipment after completing all sample‑batches.

Wide Industrial Application Scenarios

Furniture & Bedding‑Material Manufacturers

Indentation‑hardness and compression‑performance QC for sofa‑foam, mattress sponge and upholstery padding materials; incoming‑raw‑material inspection and finished‑product acceptance‑testing.

Automotive‑Interior‑Component Factories

Mechanical‑property evaluation for seat‑cushion foam, backrest sponge and interior‑padding porous‑materials.

Polymer‑Foam Material‑Development Workshops

Comparative‑performance screening for newly‑developed flexible‑foam formulations; research‑data support for material‑modification projects.

Household‑Goods & Packaging‑Foam Producers

Quality‑verification for shock‑absorbing packing sponge and soft‑padding foamed‑products.

Third‑Party Accredited‑Testing‑Organizations

Carry‑out GB‑compliant indentation‑hardness testing and issue formal inspection‑reports for product‑certification audits.

Standard Factory‑Full‑Delivery Kit

1. KR‑713 foam indentation‑hardness & dynamic‑fatigue tester main unit
2. Standard circular indentation pressure‑head fixture assembly
3. Touch‑screen control system
4. Multilingual printed operation manual complying with GB10807‑89
5. Factory‑issued force‑measurement calibration certificate

Global Distributor & After‑Sales‑Support

We provide remote operational guidance covering test‑mode selection, parameter setting and routine equipment‑maintenance. Spare‑parts stock includes replacement pressure‑sensors and pressure‑head assemblies. Bulk‑order customers may request custom‑range sensor variants. Regional‑exclusive‑agent privileges contain priority‑production scheduling, OEM private‑branding services and complete‑set high‑definition product‑marketing‑image resources.

Product‑Banner‑Marketing‑Slogan

KR‑713 Foam Indentation‑Hardness & Dynamic‑Fatigue Tester | For Sponge‑Flexible‑Polymer‑Foam Compression‑Hardness Performance Evaluation

Core‑Feature‑Labels‑For‑Product‑Images

Bench‑Top Compact Design | Three Standard‑Compliant Test Modes | High‑Precision Force‑Sensor | Touch‑Screen Control | GB10807‑89 Compliant | Stable‑Speed Pressure‑Head

Safety‑Operation‑Reminder

Keep hands away from gap between pressure‑head and test‑platform during automatic compression cycles. Remove foam debris after each test‑run to avoid fixture jamming.