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Diana Lavendina Mix Dianthus Seeds


Diana Lavendina Mix Dianthus Seeds

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Product Description

  Dianthus chinensis


| 50 Seeds Per Package


Soothing blend of Diana Blueberry, Lavender Picotee and White.

China Pinks have been a  rare show in garden and containers, and with this extraordinary mix of purple and white is even more so of a real surprise.  This is such a great and needed change of pace from the reds and pinks of most Dianthus, it offers unusual colors on extra-large, deeply serrated, twisty petals that release that fabulous clove scent nonstop in spring and fall, plus summer in cool climates and winter in warm ones!

Diana is an award-winning European series with big 2- to 2½-inch blooms, both singles and doubles, on low-growing, tightly mounded plants. Compact, early to bloom, and very long-lasting, it is a China Pink as beautiful as it is durable, and Lavendina Mix is its most breathtaking combination of colors. In this mix you get solid purple, solid white, and two-tone lavender picotee, with lighter purple petal tips and richer lavender centers.

Extra-large, 2 to 2-1/2 in. blooms dominate the 8-10 in. basal-branching plants, in a blaze of showy color. Be sure to add the Diana series to your plant selection. You'll not be disappointed! Dianthus Diana Lavendina Mix combines earliness and a compact plant habit with large single flowers in a wide range of colors. Planted out in the garden, it continues to form masses of large blooms on a low growing plant. Height 8-10 inches with a width of 6-8 inches.

50 Seeds per package.

Flower Garden - Tips on Growing  Dianthus From Seeds- Perennial Zones 5-9


  • Use a well-drained, disease free media with a pH of 5.8 to 6.2 as well as good aeration and water holding capacity. Cover seed lightly, as light is required for germination.
  • Dianthus/ Carnation Seeds takes approximately 3-7 days to germinate.


  • Moisten the media before sowing the seed.
  • If the media is watered after sowing, make sure seeds are not washed away.
  • Maintain 95-97% relative humidity until cotyledons emerge.
  • Beginning with stage 3 (leaf expansion) fertilize 2 times a week with a 50ppm N.
  • Increase the nitrogen concentration to 100 ppm after 1 week and continue this program until ready for transplant.
  • pH should be maintained at 5.8 to 6.2 throughout.


  • Germination: 64-68ºF (18-20ºC)
  • Cotyledon emergence: Days= 65-70ºF (18-21ºC) Nights-60ºF (15ºC)
  • True Leaf expansion: Days 60º (15ºC) Nights=55ºF (13ºC)
  • Stage 4: Finishing, Days=60-62ºF (16 to 17ºC) Nights=55-60ºF (13 to 15ºC)
  • Stage 5-Growing on stage-= Days=65-75ºF , (18o 24ºC) Nights=57-65ºF ºF (14to 18ºC)


  • After plants are established, apply a calcium based fertilizer or 15-5-15 at 150 ppm, 1-2 times a week.
  • Water plants on an as-needed basis. Best results are achieved when plants are grown in full sun or in a high light greenhouse.
  • The combination of high light and high heat will result in shorter stems.
  • When outdoors a preventative rust program is recommended.

To be sure about pH, test the soil with a pH meter. Apply fertilizer and lime using the results of the soil test as a guide.

      • Soil pH is a measurement of the number of Hydrogen ions present in the soil solution along with as the acidity of the soil. When the soil pH is too acidic the nutrients that are present in the soil become locked-up or unavailable (low pH) or alkaline (high pH).

      • Correcting the pH has the same effect as applying fertilizer as it unlocks plant nutrients already present.

      • In the garden some garden plants thrive in acidic soils while others prefer an alkaline soil.

      • The acidity or alkalinity of soil is a measurement by pH (potential Hydrogen ions). pH is a way to measure the amount of lime (calcium) contained in your soil, and the type of soil that you have.

To Measure Soil pH.


It is recommended that you use a relatively inexpensive, and follow the manufacturers instructions when testing the pH Level of your Gardens soil.

To raise or lower the pH level in the soil either Limestone or Sulfur is utilized.

Other materials will accomplish the same results; however the two that are listed are the most commonly used.
Limestone is added to the soil to raise the pH level because limestone is essentially calcium and calcium reacts with water in the soil to yield hydroxyl ions .. a process known as, hydrolysis = thus the pH level in the soil is raised.
Sulfur reacts with bacteria in the soil and produces sulfuric acid, which releases hydrogen ions thus causing the soil to become more acidic =the pH level is lowered.

Application Of Lime (To Raise Soil pH)


To increase your pH by 1.0 point and make your soil more alkaline.


      • Add 4 ounces of hydrated lime per square yard in sandy soils

      • Add 8 ounces of hydrated lime per square yard in loamy soils

      • Add 12 ounces of hydrated lime per square yard in clay soils

      • Add 25 ounces of hydrated lime per square yard in peaty soils

      • The addition of ash, bone meal, or crushed oyster shells will also help to raise soil pH levels.

Application of Sulfur (To Lower Soil pH)


If your soil needs to be more acidic, sulfur will lower the pH if it is available.


To reduce the soil pH by 1.0 point


      • Mix in 1.2 oz of ground rock sulfur per square yard if the soil is sandy

      • Mix in 3.6 oz per square yard for all other soils.

      • Composted leaves, wood chips, sawdust, leaf mold and peat moss, will also help to lower the soil pH.

      • PPM=Parts Per Million

This unit of measure is relatively unique to the greenhouse industry and often there is some confusion on how ppm is calculated.
I. To calculate the ppm contained in 1 ounce of material first solve for B:
A x 75 = B
A = the % active ingredient (AI) in the fertilizer
B = ppm contained in 1 ounce of the material in 100 gallons of water
Example: Calcium nitrate contains 15% N (0.15 x 75 = 11.25). If 1 ounce of calcium nitrate is dissolved in 100 gallons of water the solution will contain a II. To calculate the number of ounces of material required to make up a desired ppm concentration solve for C:
C = Desired ppm conc. / B
B = ppm contained in 1 ounce of the material in 100 gallons of water (from above).
C = number of ounces of material to add to 100 gallons of water to achieve the desired concentration.
Example: To make up a 250 ppm solution of calcium nitrate first multiply the AI x 75 (.15 x 75 = 11.25). Next divide the desired concentration by 11.25 (250/11.25 = 22). To make up a 250 ppm solution of calcium nitrate you would add 22 ounces to 100 gallons of water.
aproximately 11.25 ppm N.

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