TS 1 fine + 15% perlite
419
Structure | – | extra fine |
pH value (H₂O) | – | 6.0 |
Fertilisation (g/l) | – | 1.0 |
Extra trace elements | – | |
Water capacity | – | |
Air capacity / drainage | – | |
Water uptake | – | |
Characteristics | – | extra light, free-flowing, with improved drainage |
Use for | – | vegetable young plants, tobacco seedlings |
9%less CO2*
* Compared to segment standard with 100% peat (rec. 876), verified in accordance with ISO 14064-1 standard
Perlite coarse (1 – 7.5 mm)White peat (0 – 5 mm)
TS 1 fine + GreenFibre®
6X3
Structure | – | extra fine |
pH value (H₂O) | – | 6.0 |
Fertilisation (g/l) | – | 1.3 |
Extra trace elements | – | |
Water capacity | – | |
Air capacity / drainage | – | |
Structural stability | – | |
Characteristics | – | extra light, free-flowing seedling substrate. Suitable for automatic filling lines |
Use for | – | vegetable and ornamental young plants |
9%less CO2*
* Compared to segment standard with 100% peat (rec. 876), verified in accordance with ISO 14064-1 standard
GreenFibre® fineWhite peat (0 – 5 mm)
Practical findings
- Ideal for floating systems
- Less algae on the substrate surface
- Fast and strong root development
- Very high homogeneity and strong plant growth
- No differences in growth compared to the control sample without GreenFibre®
TS 1 fine with perlite and 15% GreenFibre® for tobacco cultivation (Poland)
TS 1 fine with perlite and 15% GreenFibre® for cultivation of lettuce (location Costa Rica)
Practical findings
- Stronger young plants compared to the control sample only with perlite
- Faster development in the first cultivation period but initially slightly lighter leaves
- At the end of the cultivation period slightly greener young plants showing very healthy growth
- No adjustment of regular fertilisation strategy was necessary
TS 3 fine + 20% GreenFibre®
5Q4
Structure | – | extra fine |
pH value (H₂O) | – | 6.0 |
Fertilisation (g/l) | – | 1.3 |
Extra trace elements | – | |
Water capacity | – | |
Air capacity / drainage | – | |
Structural stability | – | |
Characteristics | – | good water retention combined with improved porosity |
Use for | – | vegetable and ornamental young plants |
17%less CO2*
* Compared to segment standard with 100% peat (rec. 316), verified in accordance with ISO 14064-1 standard
GreenFibre® fineFrozen through black peatWhite peat, moderately decomposed (0 – 25 mm)
Practical findings
- Smoothly free-flowing into tray cells
- Reliable nitrogen availability for young plants
- No obvious differences in growth
- Healthy and strong young plants with good leaf colour
Plug Mix + 20% GreenFibre®
9U5
Structure | – | fine |
pH value (H₂O) | – | 6.0 |
Fertilisation (g/l) | – | 0.5 |
Extra trace elements | – | |
Water capacity | – | |
Air capacity / drainage | – | |
Water uptake | – | |
Characteristics | – | provides increased air capacity and drainage |
Use for | – | vegetable young plants, ornamental young plants |
19%less CO2*
* Compared to segment standard with 100% peat (rec. 408), verified in accordance with ISO 14064-1 standard
GreenFibre® fineWhite peat (0 – 5 mm)White sod peat (1 – 7 mm)
Practical findings
- Plants perform far better on the two different Plug Mix options with perlite and GreenFibre® compared to local substrates based on bark and coir
- Plug Mix + GreenFibre® (9U5) achieves best performance
- Normal feeding regime led to strong spinach plants
- The use of perlite and GreenFibre® offers strong benefits in terms of drainage and aeration of roots, especially in areas with heavy rainfall
Perfect lettuce seedlings grown in Plug Mix + 20% GreenFibre® fine (9U5) under shade net (South Africa)
Spinach 4 weeks after sowing in different growing media (from left to right: Plug Mix with 20% perlite; bark mix ‘Spinach’; Plug Mix + GreenFibre® (9U5); local standard mix coir/ bark) (South Africa)