Sep . 30, 2025 23:45 Back to list

Kiwifruit Male Pollen - Hebei Jiamingliang Pollen Co., Ltd. | High Germination Rate, Optimal Yield

The Kiwifruit Male Pollen is a specialized agricultural product designed to enhance the pollination process of kiwifruit orchards. This article provides a comprehensive overview of its features, advantages, technical specifications, application scenarios, and the company behind it.

Product Features

The Kiwifruit Male Pollen is sourced from male kiwifruit plants and is specifically formulated for cross-pollination with female trees. Its key features include:

  • High Germination Rate: The pollen has a germination percentage of 80%, ensuring effective pollination and fruit set.
  • Targeted Application: It is exclusively used for female kiwifruit plants, as male and female trees are dioecious (separate sexes) in kiwifruit cultivation.
  • Storage Requirements: The pollen must be stored at low temperatures to maintain viability. If used within 3 days, refrigeration is sufficient; for longer storage, freezing at -18°C is required. Thawing at room temperature 12 hours before use is essential to reactivate the pollen.
  • Environmental Sensitivity: The pollen is sensitive to temperature and humidity. Optimal pollination occurs between 15°C and 25°C. Extreme temperatures can reduce viability or damage the pollen.

Advantages of Using Kiwifruit Male Pollen

Proper pollination is critical for kiwifruit production, as female trees cannot bear fruit without male pollen. The Kiwifruit Male Pollen offers several advantages:

  • Enhanced Fruit Quality: Effective pollination ensures uniform fruit development and improves the taste and texture of kiwifruits.
  • Increased Yield: By facilitating cross-pollination, the pollen helps maximize the number of fruits produced per plant.
  • Reliable Supply: Hebei Jiamingliang Pollen Co., Ltd. operates six dedicated kiwifruit pollen bases, ensuring a consistent supply even during peak seasons.
  • Easy Application: The pollen is packaged in dry bags to prevent moisture contamination, making it convenient for farmers to handle and apply.

Technical Specifications

Parameter Details
Pollen Source Kiwifruit male pollen
Suitable Varieties Kiwifruit female plants
Germination Percentage 80%
Storage Conditions Refrigeration (for 3 days) or freezing at -18°C (for longer periods)
Optimal Pollination Temperature 15°C - 25°C
Moisture Sensitivity Must be kept dry; moist pollen loses viability

Application Scenarios

The Kiwifruit Male Pollen is ideal for use in kiwifruit orchards where natural pollination is insufficient. Key application scenarios include:

  • Commercial Orchards: Farmers can use the pollen to ensure consistent fruit production, especially in areas with uneven flowering times (e.g., sunny vs. shady slopes).
  • Small-Scale Farming: The product is suitable for backyard growers or small farms looking to improve yield and quality.
  • Research and Development: Agricultural researchers may use the pollen to study pollination techniques or develop new kiwifruit varieties.
  • Post-Rain Pollination: If rain occurs within 5 hours of pollination, reapplication is necessary to ensure successful fertilization.

Company Background: Hebei Jiamingliang Pollen Co., Ltd.

Hebei Jiamingliang Pollen Co., Ltd. is a leading provider of high-quality pollen products, specializing in agricultural solutions. The company has established six dedicated kiwifruit pollen bases, ensuring a stable supply of Kiwifruit Male Pollen for farmers worldwide. With a focus on innovation and quality, the company adheres to strict standards to maintain the viability and effectiveness of its products.

Importance of Proper Pollination in Kiwifruit Cultivation

Kiwifruit is a dioecious plant, meaning it requires cross-pollination between male and female trees. Without Kiwifruit Male Pollen, female trees cannot produce fruit. This process is critical for both commercial and small-scale farming, as it directly impacts yield and fruit quality. According to the National Institute of Standards and Technology (NIST), proper agricultural practices, including controlled pollination, are essential for maximizing crop efficiency and sustainability.

Best Practices for Using Kiwifruit Male Pollen

To achieve optimal results, farmers should follow these guidelines:

  1. Storage: Keep the pollen in a dry, cool environment. For short-term use, refrigerate; for long-term storage, freeze at -18°C. Thaw the pollen at room temperature 12 hours before application.
  2. Temperature Control: Apply the pollen when temperatures are between 15°C and 25°C. Avoid use in extreme heat (above 25°C) or cold (below 15°C), as this can reduce viability.
  3. Weather Conditions: Refrain from pollinating during rain or high humidity, as moisture can compromise the pollen's effectiveness.
  4. Quality Check: Inspect the pollen before use. If it appears moist or damaged, discard it immediately, as it may no longer be viable.

Environmental and Economic Impact

The use of Kiwifruit Male Pollen not only enhances agricultural productivity but also contributes to environmental sustainability. By ensuring efficient pollination, farmers can reduce the need for chemical interventions and promote natural fruit development. According to NIST research on agricultural technologies, precision farming techniques, including controlled pollination, play a vital role in reducing resource waste and improving crop resilience (NIST, 2025).

Product Images

Read More About Pollen Collection Of Male Flowers Of Kiwifruit

Read More About Kiwi Fruit Pollen

Conclusion

The Kiwifruit Male Pollen is an essential tool for kiwifruit growers seeking to maximize yield and quality. With its high germination rate, precise storage requirements, and application guidelines, it ensures successful cross-pollination. Hebei Jiamingliang Pollen Co., Ltd. continues to lead in providing reliable solutions for agricultural challenges, supported by its extensive infrastructure and commitment to quality.

References

National Institute of Standards and Technology (NIST). (2025). Advancements in Agricultural Technologies and Precision Farming. Retrieved from https://www.nist.gov



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