Our policy –

Quality.

Mistra is committed to the O-defect principle and the continuous improvement of products and processes. It is our goal to achieve customer satisfaction through excellent quality and reliability of all products. We apply multi-level quality control (including product and process monitoring and in-house laboratory) to detect and prevent quality problems and ensure premium quality to our customer.
Mistra’s quality system is certified according to the automotive standard IATF 16949. We also hold several accreditations from our customers, e.g. Ford Q1 and Volkswagen A-Rating, also Volvo Cars Quality Excellence Award and Adient Supplier Performance Award.

Environment

Mistra’s production and process development is set up in an environmentally responsible manner. We aim at minimizing the environmental impact of our activities through efficient use of materials and optimization of processes, while maintaining the quality and reliability of our products.
Mistra’s environmental management system is certified according to ISO 14001 requirements.

Material Lab

Mistra laboratory

Mistra’s in-house laboratory is specialised in automotive carpet and part testing and contains a wide range of equipment, including 3D measuring machine Carl Zeiss Accura and Climate test chamber.Mistra’s environmental management system is certified according to ISO 14001 requirements.

Laboratory EquipmentTestsStandards
1. Electronic balancesWeight per unit area, g/m²ISO 9073-1
ISO 8543
ISO 2286-2
DIN EN 12127
2. Thickness gauge (range 0 – 10 mm)Thickness, mmISO 5084
ISO 2286-3
ISO 1765
3. Tensile testing machine (range 0 – 5 kN) TENSOMETER T20001.Tensile strength and ultimate elongation, N/%ISO 9073-3
ISO 13934-1
2. Tear strength, NISO 9073-4
ISO 13937-2
DIN 53 356
3. Interlaminate strength / Adhesion, NDIN 53 357-A
PV 2034 (VW)
4. Stiffness, NSTD 3805
4. Taber Abrasion Tester1. Surface resistance to abrasion, loss of weight, gISO 5470-1
SAE J1530
5. Schopper Type Abrasion Tester1. Surface resistance to abrasion, loss of weight, gPV 3908 (VW)
DIN 53863, Part 2
GME 60345
2. Colour fastness against abrasion, grade of grey scale 
6. Electronic crockmeter/
Rubbing fastness tester
Colour resistance to dry or wet rubbing,
grade of grey scale
ISO 105-X12
ISO 105-A03
7. Laboratory oven (range 0°C – +300°C)1. Heat shrinkage after exposure to heat, %ISO/PAS 17984
2. Thermal stability, visible 
3. Resistance to heat aging, visible or tensile strength 
4. Colour change, visible/Minolta 
5.OdourPV 3900 (VW)
VDA 270
8. Climatic test chamber
(range -30°C – +180°C, RH 0-95%)
1. Heat shrinkage after exposure to heat and/ or RH%, %ISO/PAS 17984
2. Thermal stability, visible 
3. Resistance to heat aging 
4. Colour change 
5. Climatic tests (plus-minus)ISO 139
9. Dimension stability after immersion in water ISO/PAS 17984
10. MVSS horizontal flammability testerBurn rate, mm/ minISO 3795
FMSS 302
VCS 5031,19
SAE J369
11. Wira tuft withdrawal tensometerTuft retention propertyISO 4919
12. Twist tester electronicYarn countISO 2060
Yarn twistISO 2061
13. pH-meterpH of latexISO 976
14. Brookfield digital viscometerViscosity of latexISO 1652
15. Spectrophotometer CM2600dColour measurementsVW 50190
VCS 1026,5289
16. Heel testerHeel abrasionPV 3934 (VW)
17. Coordinate Measuring Machine Carl Zeiss Accura II AktivMeasurement area: 1200 / 2400 / 1000 


For tests and standards not in the list – ask for a quotation info@mistra.ee

Project "Resource-Efficient Production in Mistra-Autex AS"

The project “Resource-Efficient Production in Mistra-Autex AS” received support from the European Regional Development Fund.
Project summary:
Under the project, the company will replace the production equipment with a more innovative and economical equipment.
Project Objective and Outcome:
The objective is to increase resource productivity in the company through the adoption of innovative technologies, resulting in a 2.1% increase in resource usage.
Amount of Support:
186 481 euros

Project "Supporting the Digital Transformation of Mistra-Autex AS"

The project “Supporting the Digital Transformation of Mistra-Autex AS“ received funding from the European Union’s NextGenerationEU Recovery Fund.
Project summary:
As a result of the project, the digitalization of Mistra-Autex AS’s production will be increased, thereby enhancing the company’s added value per employee.
Project Objective and Outcome:
As a result of the measure, a new generation ERP system will be adopted by the company, which will allow for better collection, analysis, and optimization of information related to production, purchasing, sales, quality, and warehouse processes. This software also enables easy integration with other software solutions used within the company. Additionally, the company will acquire servers and the associated hardware necessary to operate the software. The measure includes the acquisition of hardware and software, software development, training, and the implementation process.
Amount of Support:
258,879.31 euros

Project "Increasing the Supply Security of Mistra-Autex AS"

The aim of the project “Increasing the Supply Security of Mistra-Autex AS” is to utilize electricity produced from a renewable energy source (photovoltaic solar energy) and to increase the company’s supply security. As a result of the project, a solar power plant for local renewable energy production has been established and put into use, with the renewable energy produced being consumed by the company, thereby improving supply security with electricity. The project is partially funded by the European Union’s Recovery Fund NextGenerationEU, with a grant amount of 94,484.10 euros.

Project "Increasing the security of supply of Mistra-Autex AS through electrification"

The goal of the project “Increasing the security of supply of Mistra-Autex AS through electrification” is to switch from fossil fuels to a renewable energy source through electrification, replacing forklifts and stackers powered by fossil energy with equipment powered by renewable electricity. As a result of the project, 4 electric forklifts and a stacker with chargers and additional batteries have been put into use to ensure a continuous work process, the use of fossil fuels is reduced. The project is partially financed from the resources of the European Union’s NextGenerationEU recovery fund, the amount of the support is 72651 euros.