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Protect the Earth

Protect the Earth

Protecting the Earth

From Nature, Protect Nature
We live on a beautiful blue planet, under a vast and clear sky, where nature has generously bestowed endless beauty upon us. The company upholds a strong sense of responsibility, embracing the environmental philosophy of "Protecting the Earth."

In production and office operations, we actively practice environmental principles by using eco-friendly materials and energy-saving technologies to reduce resource consumption and environmental pollution. We fulfill our environmental responsibilities in every aspect, striving to contribute to humanity's goals of achieving "carbon peak" and "carbon neutrality."

Protecting the Earth, from nature, back to nature, and preserving nature. We are taking action! Committed to sustainable development, we aim to safeguard a beautiful future for humanity.

Environmental Protection Coating

Bio-Based Polymer(IAE)

Comparison of Different Polymers

Bio-based polymers are derived from natural (non-food biomass) materials, and the bio-based content is 20% to 80%.
Compared with traditional petroleum-based materials, the production of bio-based polymers per ton can reduce carbon dioxide emissions by about 1.4 tons.

Material
IAE
Natural Latex And Others
  • Hardness/A
    66
    58
  • DIN hardness/mm3
    179
    163
  • Tensile Strength/Mpa
    13.1
    10.8
  • Extensibility/%
    638
    524
  • Ozone resistance test
    No frost, No crack
    Severe frosting and slight cracking
  • Anti-skid test
    1.21
    0.95
  • Ozone Resistance Test
    No Frost
    Frosting
Environmentally Friendly Yarn

Bio-Based Fiber(PA56)

Comparison of Different Fibers

Polyamide, commonly known as nylon (PA), is traditionally derived from non-renewable petroleum resources. The high-temperature and high-pressure production process results in high emissions of wastewater and carbon dioxide, negatively impacting the environment.
To reduce environmental burdens and pollution, PA56 (bio-based nylon), which is renewable and biodegradable, has emerged as a sustainable alternative.

Material
PA56
PA6
PA66
PET
Cotton
  • Classify
    140D/72f
    70D/48f
    455D/144f
    345D/144f
    /
  • Glass State Temperature(℃)
    46.6
    50
    42
    73
    /
  • 熔点(℃)
    225.6
    220
    258
    268
    /
  • Proportion(g/cm³)
    1.14
    1.13
    1.14
    1.42
    1.58
  • Standard Moisture Regain(%)
    5.1
    4.5
    4.2
    0.4
    8.0
  • Fracture Strength(cN/dtex)
    4.18
    3.33
    4.35
    3.42
    2.4-4.0
  • Breaking Elongation(%)
    26.0
    30.5
    25.6
    27.5
    22.3
Eco-Friendly Yarn

Recycled Polyester Fiber (R-PET)

Virgin PET is made from raw petrochemical materials, a process that consumes significant energy and water and emits greenhouse gases. In contrast, R-PET is made from recycled PET materials, not only significantly reducing the amount of plastic waste released into the environment annually but also lowering production costs while greatly minimizing the environmental damage caused by the production of virgin PET.

Retrieve
Procedure

  • Gross Weight/1,000dzGloves=245kg
    Regenerated yarn or 24,868 disposable PET water bottles
  • Reduce carbon emissions by 438kg or 19.6 in one year.
    Carbon dioxide absorbed by trees
  • Energy consumption is reduced by 15,080MJ.
    Or the calorific value of 520kg standard coal.
  • Water consumption reduction 0.16 m³
    Or the daily water consumption of 55 people.

R-PET (Recycled Polyester Fiber) Yarn refers to eco-friendly yarn made from recycled PET products such as discarded plastic bottles. This significantly reduces plastic waste pollution and promotes resource recycling. Unlike virgin PET yarn, it does not require raw petrochemical materials, saving the substantial energy and water consumption needed for producing virgin PET from raw petrochemicals. It notably reduces the consumption of non-renewable petrochemical resources and water, lowering carbon emissions.In terms of quality, R-PET yarn is not inferior to traditional PET yarn in mechanical performance, making it an excellent eco-friendly alternative. Additionally, since its raw materials are recycled, the procurement costs are lower compared to some traditional yarns.

Eco-Friendly Yarn + Coating

BiConal Production Process

Production Technology: PLA fiber is used as the lining material, while biodegradable polyurethane from Bayer AG, Germany, serves as the carrier.
A certain proportion of PLA, PBAT, and other biodegradable powders, along with organic microbial degradation accelerators, are added to enhance the product's degradation rate under specific industrial composting conditions.

Degradation Cycle

Product Category
Degradation Cycle (Under Composting Conditions)
  • BioConal
    0.5-2 years
  • Nylon PA
    30-40 years
  • Dacron PET
    200-300 years
  • Natural Latex
    6-10 years
  • Nitrile Rubber
    15-20 years
Environmental Protection Yarn+Coating

GrenAmr

Degradation principle:

Researchers accidentally discovered that breadworms can eat plastic, so they invented HHMD anaerobic degradation masterbatch.

Degradation treatment：

  • Products that need to be degraded should be disposed of in landfills.
  • After aerobic bacteria consume oxygen from the surrounding environment, anaerobic bacteria begin to thrive.
  • Anaerobic bacteria decompose macromolecules into small molecules through the action of digestive enzymes, thus realizing the degradation process.
Recovery And Reuse

DMFa Content Control and Wastewater Recycling

The factory employs special processes to strictly control the DMFa content in PU gloves, ensuring the health and safety of wearers. During production, advanced distillation and recycling equipment is used to treat and reuse DMFa wastewater. This effectively reduces wastewater and exhaust pollution, lowers energy consumption, and is more environmentally friendly. It also saves costs, providing significant economic benefits.

Standard Definition

DMFa is the abbreviation for dimethylformamide. Previously known as "DMF" in the industry, the name was changed to "DMFa" by BVH (Federal Association for Hand Protection) to avoid confusion with dimethyl fumarate (a legally restricted substance used in silicone gel packets and glove packaging to prevent mold). The EN ISO 21420:2020 "Glove Safety" standard stipulates: "The measured fraction of dimethylformamide (DMFa) in PU gloves must not exceed 1000 mg/kg (0.1% by weight). The testing procedure must comply with EN 16778." 0.1% of 1 kilogram: 1,000 grams/kg, where 0.1% by weight is equivalent to 1 gram/kg.

Health Hazards of DMFa

DMF exhibits certain toxicity and can enter the human body through the respiratory tract, skin, and digestive system. It has irritant effects on the eyes, skin, and respiratory tract. Prolonged exposure may cause damage to organs such as the liver. For example, in industrial production environments, workers prolonged exposure to air containing DMF may experience symptoms such as dizziness, nausea, and skin allergies.

DMFa Content Control
And wastewater recovery and reuse.

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