Wet grinding is a grinding technique that uses liquid lubrication and cooling, offering advantages such as reduced friction, improved processing precision, and minimized dust generation. It is widely used in the processing of metals, ceramics, and stone. Selecting the appropriate liquid and ensuring safety are key to maintaining processing quality. Technological advancements will further enhance its efficiency and applications.
Dry grinding is characterized by its simplicity, high flexibility, and suitability for processing various materials, making it a key method in industrial and manual applications.
Mechanical polishing is more environmentally friendly than chemical polishing because it does not use corrosive or toxic chemical solutions, reducing harm to both the environment and workers. The waste generated from mechanical polishing is mainly solid abrasives or dust, which are relatively easier to recycle and dispose of, posing lower risks of water and soil pollution. This makes mechanical polishing a preferred choice in manufacturing processes that prioritize sustainability and environmental protection.
Our customers Jardw Polymers Applied Materials share their successful cases of using jet polishing equipment AS-JP23L, which greatly helps customer easily remove mold residual glue. Features: Successfully remove mold residual glue (fluorine glue) without damaging the mold surface, completely retaining mold details, and the working time is 20 minutes.
Carbon footprint verification will become a fundamental threshold for business development.
Whether to comply with international policies such as the EU Carbon Border Adjustment Mechanism (CBAM) or the Clean Competition Act (CCA), or to participate in the carbon trading market, companies will need accurate carbon emission data to ensure compliance and cost control. At the same time, growing consumer awareness of environmental sustainability means that transparency in a product’s carbon footprint will directly impact brand reputation and sales competitiveness.
Taiwan is dedicated to promoting 2050 net-zero emissions and carbon neutrality by reducing greenhouse gas emissions and enhancing carbon dioxide removal (CDR) through energy transitions, carbon capture and storage (CCS), and forest carbon sinks. Achieving this goal requires the collective efforts of the government, businesses, and citizens.
Carbon footprint verification is crucial for the sustainable development of companies, as it not only helps businesses evaluate their carbon footprint but also promotes reduced energy consumption, improved efficiency, and a positive market image. Amid the global trend toward carbon neutrality, carbon footprint verification has become essential in implementing Environment, Social, and Governance (ESG) policies for companies and organizations. Honway focuses on physical polishing technologies and has rich experience in super-hard abrasives and rare-earth raw materials, dedicated to providing low-pollution polishing solutions to meet customers’ needs for environmental sustainability and high performance.
This chapter introduces ESG (Environmental, Social, and Governance) as an essential evaluation framework for sustainable corporate development. ESG helps companies enhance their sustainable competitiveness by focusing on environmental protection, social responsibility, and corporate governance. By analyzing the differences between CSR and SDGs, a deeper understanding is gained of how companies assess projects and directions. Through the implementation of ESG, companies can not only meet compliance requirements and improve their reputation but also build stronger resilience and trust, creating long-term value for stakeholders. Against a backdrop of increasing global focus on sustainable development, ESG has become an essential indicator for successful and responsible corporate operations.
This article focuses on bonding agents, essential materials in grinding tool manufacturing that directly impact the tool’s performance, application range, and durability. Depending on the processing needs and material characteristics, bonding agents can be categorized into types such as metal bonds, ceramic bonds, resin bonds, and electroplated bonds. Each type offers unique advantages and limitations suited to different grinding applications. Selecting the appropriate bond requires balancing these pros and cons based on specific requirements.
As technology advances, the application of various metals across industries has become increasingly diversified. Metallographic material science analysis (commonly known as metallography) has become crucial. Effective metallographic research can significantly enhance product quality and reduce process costs. In this article, we’ll guide you through the complete metallographic research process and share some key points. Among them, grinding and polishing are vital steps in achieving good metallographic results!
