Seed Tray Nursery Tray Plastic Tray Used for Greenhouse

Seed Tray Nursery Tray Plastic Tray Used for Greenhouse System 1

Seed Tray Nursery Tray Plastic Tray Used for Greenhouse System 2

Seed Tray Nursery Tray Plastic Tray Used for Greenhouse System 3

Seed Tray Nursery Tray Plastic Tray Used for Greenhouse

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 3000 pc

Supply Capability:: 10000000 pc/month

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Product Description:

Advantages:

Top quality and competitive price.
Variety design and good appearance.
Easy to use, and remove.
Durable and reusable.
Eco-Friendly.

Application:

Ideal for Starting seeds and Transplanting Seedling.
Suitable for both manual and automatic planting.
Suitable for Propagating Vegetables, Flowers and other plant from seed in green-house or indoors.

Specification:

Material: HIPS/PVC
Thickness: 0.5mm-1.5mm, Standard:1mm
Weight: 80g(±5)g-230g(±5)g, Standard weight:155g(±5)g
Size: length:490mm-540mm, width:190mm-345mm,depth:25mm-150mm
Standard:54mmX28mm
Cell count: 18-512
Package: carton
Using time: 8-10 times

Thickness vs. Weight

Thickness of trays are from 0.5mm to 1.0mm.

1.0mm: 155g±5g; 100pcs/ctn.

0.9mm: 140g±5g; 120pcs/ctn.

0.7mm: 110g±5g; 150pcs/ctn.

0.6mm: 95g±5g; 180pcs/ctn.

0.5mm: 80g±5g; 200pcs/ctn.

Using time:

thickness of 0.5mm can be used 1 to 2 times.

thickness of 0.6mm can be used 3 to 4 times.

thickness of 0.7mm can be used 5 to 6 times.

thickness of 0.8mm can be used 7 to 8 times.

thickness of 0.9mm can be used 8 to 9 times.

thickness of 1.0mm can be used 8 to 10 times.

Weight and thickness as follows

Thickness	Weight
0.5mm	80g±5g
0.6mm	95g±5g
0.7mm	105g±5g
0.8mm	125g±5g
0.9mm	140g±5g
1.0mm	155g±5g
1.1mm	170g±5g
1.2mm	185g±5g
1.3mm	200g±5g
1.4mm	215g±5g
1.5mm	230g±5g

Seed Tray Nursery Tray Plastic Tray Used for Greenhouse

Q:Can agricultural plastic products protect crops from pests?: Yes, agricultural plastic products such as mulch films, insect nets, and greenhouse covers can provide physical barriers that protect crops from pests. These products can prevent direct contact between pests and crops, reduce the spread of diseases, and control temperature and humidity levels, creating unfavorable conditions for pests. Additionally, some types of agricultural plastics can be treated with insecticides or repellents, further enhancing their ability to deter pests and protect crops.

Q:Can agricultural plastic be used for pest exclusion?: Yes, agricultural plastic can be used for pest exclusion. Agricultural plastic materials like greenhouse films, insect nets, and mulch films are designed to create a physical barrier that prevents pests from accessing crops. These materials can effectively block insects, birds, and other pests, reducing damage and improving crop yields.

Q:Can nursery trays be used for starting plants from rhizomes?: Yes, nursery trays can be used for starting plants from rhizomes. Rhizomes can be placed in individual cells or compartments within the tray, allowing them to develop roots and grow into healthy plants. The tray provides a controlled environment for proper germination and growth, making it an ideal choice for starting plants from rhizomes.

Q:What are the different types of mulch films used in agriculture?: There are several types of mulch films used in agriculture, including clear or transparent films, black films, and biodegradable films. Clear films allow sunlight to penetrate the soil, promoting weed growth while conserving soil moisture. Black films prevent weed growth by blocking sunlight, and they also absorb heat, helping to warm the soil. Biodegradable films are designed to break down over time, reducing waste and minimizing environmental impact.

Q:How does agricultural plastic affect crop photosynthesis and respiration?: Agricultural plastic can have both positive and negative effects on crop photosynthesis and respiration. On one hand, plastic mulching can enhance photosynthesis by increasing soil temperature, conserving moisture, and reducing weed competition. This promotes crop growth and productivity. On the other hand, excessive use of plastic can hinder gas exchange, leading to reduced respiration rates and potentially compromising crop health. Therefore, the impact of agricultural plastic on crop photosynthesis and respiration depends on its application and management practices.

Q:In industrial production of plastic products, static electricity is sometimes a problem. a) Why is static electricity a problem in production of plastic products but not in metal products? b) suggest some ways that can reduce the problems with static electricity in production of plastic products...???: complex stuff. try searching onto google and yahoo. it may help!

Q:How do you prevent soil compaction in nursery trays?: To prevent soil compaction in nursery trays, it is important to handle and manipulate the trays with care. Avoid applying excessive pressure or force while planting or transplanting seedlings. Additionally, using well-draining soil mixes can help prevent compaction. Regularly aerating the soil by gently loosening it with a fork or stick can also promote healthy root growth and prevent compaction. Finally, avoiding overwatering and ensuring proper drainage in the trays can further reduce the risk of soil compaction.

Q:Can nursery trays be used for bonsai cultivation?: Yes, nursery trays can be used for bonsai cultivation. These trays provide a convenient and cost-effective way to grow and maintain bonsai trees. The shallow depth of the trays allows for proper root development and enables easy pruning and shaping of the tree. Additionally, the multiple compartments in nursery trays can be utilized for different bonsai varieties or to separate seedlings. However, it is important to ensure proper drainage and ventilation in these trays to avoid waterlogging and root rot.

Q:I need to know what are the most heat proof plastics, or plastic composites such as GRP.: The okorder /

Q:What are the different types of plastic films used in agriculture?: There are several types of plastic films used in agriculture, including low-density polyethylene (LDPE), high-density polyethylene (HDPE), ethylene-vinyl acetate (EVA), polyvinyl chloride (PVC), and polypropylene (PP). These films are used for various purposes such as greenhouse covers, mulching films, tunnel films, and silage covers, providing protection and enhancing crop growth and yield.

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