Blogs - Shanghai Liangui Technology Co., Ltd.

2026-10-05

工業冷却機の改良が注射鋳造の効率を向上させる

This blog analyzes how industrial chiller upgrades improve injection molding efficiency by examining heat exchange efficiency, cooling time, and residual stress, and compares air-cooled versus water-cooled systems. It also outlines key performance indicators, predictive maintenance, and cross-industry applications for thermal stability in precision machining.

産業用チラー射出成形効率熱管理

Mr. action

2026-10-04

産業用チラー最適化によるプラスチック製造効率の向上

This blog explains how industrial chillers consume 30-40% of electricity in plastic processing plants and guides manufacturers in selecting air-cooled versus water-cooled systems based on cooling load, environmental conditions, and lifecycle economics. It emphasizes evaluating total cost of ownership, component quality, and emerging trends like heat recovery and eco-friendly refrigerants to boost efficiency and competitiveness.

産業用チラーの選択プラスチックの製造効率冷却システムのエネルギーコスト

Mr. action

2026-09-29

先進な乾燥技術がプラスチックの模造質を向上させる

Moisture contamination in resin pellets is a leading cause of defects in plastic injection molding, and modern dehumidifying dryers use closed-loop desiccant-treated air circulation to remove surface and internal moisture. Advanced dryer designs improve thermal efficiency, material control, and uniformity, reducing waste and enabling predictable, high-yield production.

湿気による汚染除湿乾燥機プラスチック射出成形

Mr. action

工業 冷却 機 の 改良 が 注射 鋳造 の 効率 を 向上 さ せる

産業用チラー最適化によるプラスチック製造効率の向上

先進 な 乾燥 技術 が プラスチックの 模造 質 を 向上 さ せる

工業冷却機の改良が注射鋳造の効率を向上させる

先進な乾燥技術がプラスチックの模造質を向上させる