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As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian introduced PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

As automotive manufacturers seek higher efficiency, superior surface quality, and sustainable production, PUR In-Mold Coating (IMC) is emerging as an innovative solution for molded components. In this webinar, Haitian will introduce PUR IMC and its key advantages: ✔ Direct Class A surfaces, No paint shop needed. Cutting costs, labor, and production time in a single step. ✔ Compared to traditional spray painting, PUR in-mold coating dramatically reduces VOC emissions and paint defects like orange peel and runs, giving automotive molders a cleaner, more consistent finish with less scrap. ✔ For automotive molders looking to move up the value chain, PUR in-mold coating opens the door to higher-margin finished-surface programs without the capital investment of a full paint line.

Direct‑shipped from Japan Sekisui expanding microspheres ensure stable supply. With consistent foaming ratio, they cut resin usage at low dosage for lightweight products. Uniform controllable cells deliver good dimensional consistency and lower defect rates. Compatible with extrusion, injection and blow molding, they need no major line modification. Providing resilience, sound and heat insulation, they apply to shoe materials, TPV seals, artificial leather, building gaskets, coatings and inks, helping manufacturers optimize overall production costs.