The development or utilization of recyclable low-carbon products is a key strategy for addressing issues such as ongoing depletion of Earth's resources, climate warming, and environmental changes!!
Kelly Chemical offers various materials solutions with different functionalities to assist you in developing trend-setting products more rapidly! (Further Reading: High-tech hollow glass beads material, enhance the value for your products~!! )
Influenced by policies from advanced countries and leading brands, regardless of the industry, companies are urgently required to invest in research towards the development or utilization of low-carbon and ESG-compliant products, aiming to provide a better living environment for the next generation.
How can products achieve low carbon emissions and meet ESG criteria? Apart from using clean energy in the manufacturing process, the choice of materials/products is also crucial. As the saying goes, "Choosing is more important than striving." We provide several materials/products and their characteristics for research and development personnel to achieve twice the result with half the effort in developing trend-setting products!
Choosing Biomass Materials-
Biomass materials, derived mainly from waste (especially non-food crops), are renewable materials. The growth process of plants can absorb carbon dioxide, reducing the accumulation of greenhouse gases. Therefore, biomass materials can address the depletion of Earth's resources and meet the requirements of low-carbon emissions. Replacing existing petrochemical-derived materials with biomass materials can significantly reduce carbon footprints.
Recommended: Biomass epoxy resin, biomass polyurethane acrylic resin, biomass COD adsorbent (oil-absorbing material), wastewater COD biotreatment agents.
(Further Reading::Green Technology Material Introduction - Oil Absorbent Materials )
(Further Reading:: Bio epoxy resin, green, low-carbon, environmentally friendly materials that meet the trend!!)
(Further Reading::Struggling with Industrial Wastewater COD Treatment? Meet KB-660W-100: Your Eco-Friendly Solution for Non-Toxic Bioremediation )
Choosing Lightweight Materials-
In sectors like new energy vehicles, aerospace, and electronics, reducing the weight of plastic components, coatings, and adhesives can effectively decrease energy consumption, thus reducing carbon footprints.
Rubber products, rubber shoe soles, can utilize low-density, high-flow materials in formulations. Using less resin (derived from petrochemical sources) and increasing process efficiency (reducing energy consumption) per unit volume can also reduce carbon footprints.
Recommended: Hollow glass microspheres, hollow silica.
(Further Reading: Hollow glass beads make light weight and energy saving no longer just an imagination, but a possibility~)
(Further Reading:Lightweight and energy-saving magic material, how to use hollow glass beads in thermoplastic materials? ）
Choosing Materials with Good Thermal Insulation-
Using heat-insulating coatings on building exteriors can reduce indoor temperatures in summer, minimize heat loss on furnace exteriors, and decrease electricity consumption. Heat-insulating packaging materials and textiles can also effectively reduce carbon footprints.
Recommended: Hollow glass microspheres, hollow silica.
(Further Reading:Hollow glass beads, the magical application of thermal insulation coatings~!!）
Choosing Environmentally Friendly Cleaners-
For industries requiring metal parts cleaning, conventional degreasing oils have been cheap and effective. However, they are neither environmentally friendly nor safe, posing health risks. In today's environmentally conscious society, using eco-friendly cleaners not only improves the drawbacks of degreasing oils but also reduces carbon footprints.
Recommended: Water-based cleaners, biological cleaners.
(Extended Reading: Industrial cleaning ~ Low temperature cleaning can effectively reduce energy and reduce carbon emissions ~)
(Extended Reading: When hydrocarbon solvents/organic solvents are gradually restricted, how to find a low-cost green cleaning solution?)
