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

Certificate No.: CERT-0116814 Original Certification Date: November 24, 2010 File No.: 1616267 Certification Effective Date: April 1, 2021 Issue Date: March 30, 2021 Certificate Expiry Date: March 31, 2024 ________________________________________________________________________________ ISO 9001 Registered by: QMI-SAI Canada Limited (SAI Global), 20 Carlson Court, Suite 200, Toronto, Ontario M9W 7K6 Canada. This registration is subject to the SAI Global Terms and Conditions for Certification. This certificate remains the property of SAI Global and must be returned to them upon request.

Their flowability, combined with injection and impact strength, make them a good fit for complex thin-wall moldings while also providing design and processing freedom. As injection molding materials with good flowability, they deliver finished components in one single process step, helping to facilitate easy assembly.” Moreover, molded-in colors eliminate the release of potentially hazardous volatile organic compounds (VOC) associated with painting.

Injection molding parameters, startup and shutdown, mold design and troubleshooting recommendations for Therma-Tech™ Thermally Conductive Formulations OnCap™ Additives for Blow Molding - Process Capabilities Bulletin Blow molding process challenges and OnCap™ additives solutions for blow molded thermoplastic parts

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.