Water and hot oil thermolators for mold heating 150-ton compression molding presses Product Validation Molding with Customer Tooling

e-Certificate of registration Swedish Companies Registration Office LIMITED COMPANY D1a- 6064988 Registration number Date of registration of the company Document created on Date of registration of current name Page 556393-1020 1990-04-10 2020-11-30 14:53 2020-11-30 1 (2) Registration number: 556393-1020 Business name: Avient Colorants Sweden AB Address: Box 9053 200 39 MALMÖ Registered office: Malmö Note: The company is registered as a private limited company. THE COMPANY WAS FORMED 1990-03-29 SHARE CAPITAL Share capital...: SEK 3,200,000 Min.............: SEK 3,000,000 Max.............: SEK 12,000,000 Number of shares: 32,000 Min.............: 30,000 Max.............: 120,000 BOARD MEMBER, MANAGING DIRECTOR 660613-3954 Nilsson, Bo Patrik Joakim, Hovslagaregatan 13, 271 57 YSTAD BOARD MEMBER, CHAIR OF THE BOARD 640503 Merklein, Norbert, Fichtenstrasse 20, 61476 KRONBERG IM TAUNUS, TYSKLAND BOARD MEMBERS 750618-4089 Norén, Jenny Eva Kristina, Fårabäcksvägen 68, 212 91 MALMÖ 610322 Smeds, Jan-Håkan, Chämiweg 23, NEFTENBACH, TYSKLAND AUDITORS 556029-6740 Öhrlings PricewaterhouseCoopers AB, Box 4009, 203 11 MALMÖ Represented by: 710921-4689 PRINCIPALLY RESPONSIBLE AUDITOR 710921-4689 Olsson, Karin Maria, c/o PwC, 405 32 GÖTEBORG SIGNATORY POWER e-Certificate of registration Swedish Companies Registration Office LIMITED COMPANY D1a- 6064988 Registration number Date of registration of the company Document created on Date of registration of current name Page 556393-1020 1990-04-10 2020-11-30 14:53 2020-11-30 2 (2) The board of directors is entitled to sign.

Plug Molding, Heater Cable Insulation, Flexible Jacket, Flexible Cords, Low-Smoke and Non-Halogen Options Plug Molding, Flexible Jacket, Flexible Cords, Coil Cords and Cable, Low-Smoke and Non-Halogen Options Plug Molding, Flexible Jacket, Flexible Cords, Coil Cords and Cable, Low-Smoke and Non-Halogen Options

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.

Molded parts can shrink after they come out of the mold as the polymer cools. The best gates, or openings, for molten plastic to enter the mold are hot runner molds, full-round runners, or modified trapezoid runners. Proper positioning of the gate, or mold opening, and proper mold design can minimize flaws.