Exotic animals.
Aluminium, leather, live animals like sheep, goat, cow.Clearing agent
Barley specifications must comply with ISIRI standards for aflatoxin levels. The following physical factors apply: Test weight minimum of 65 kgs/hl Maximum 3% broken kernels Maximum 0.75% heat damaged kernels Maximum 2% insect kernels Maximum 0.08% mouldy kernels Maximum 2% foreign materials Maximum 2 datura seeds per 100 grams of toxic kernels Maximum 4% other grains Chemistry factors include a maximum moisture content of 14%, a minimum protein level of 10%, and a maximum TVN level of 50 mg/100 grams. Heavy metals in barley must be limited to a maximum of: Lead: 10 mg/kg Cadmium: 1 mg/kg Arsenic: 2 mg/kg Mercury: 0.1 mg/kg Microbiological factors include: E.coli: maximum of 10 in one gram Mould colony: maximum of 5x105 CFU/gram Salmonella: not present in 25 grams Finally, the barley must be free from live insects and have total aflatoxin levels below a maximum of: Total aflatoxin: max.20 Aflatoxin B1: max.5 Aflatoxin B2: max.5
Appearance Not covered with mud, etc. Organoleptic Natural state, smell andcolor Total Defective(immature,broken, discolored, shrivelled, Peeled, staining, sproted, crushing, heated, and split) Max. 2 PCT Immature (Small, shrivelled thin and unnatural seeds) Max. 2 PCT Non-uniformity in terms of color ,size and variety Max. 5 PCT Moisture Max. 14 PCT Weelvil-dammaged Max. 2 PCT Toxic or noxious seeds like Ricinus communis ,Datura spp, Agrostema githago,Crotalaria . NIL Live or dead insects NIL Lead (Pb) Max. 0.5 PPM Cadmium (Cd) Max. 0.1 PPM Spore of Sulfite-reducting Clostridium Max. 150 CFU/GR Mould Max. 150 CFU/GR Pesticide residues According to ISIRI 6349/1 Mycotoxins According to ISIRI 5925 Packing and marking According to ISIRI 27 Crop year current crop Size 5.5- 7 mm Total Foreign matters (including ergot max 0.05 PCT, excreta max 0.01 PCT, insect part max 0.02 PCT, sclerotinia max 0.05 PCT, stones max 0.2 PCT, other foreign matters max 0.5 PCT) Max 1 PCT
Barley specifications must comply with ISIRI standards for aflatoxin levels. The following physical factors apply: Test weight minimum of 65 kgs/hl Maximum 3% broken kernels Maximum 0.75% heat damaged kernels Maximum 2% insect kernels Maximum 0.08% mouldy kernels Maximum 2% foreign materials Maximum 2 datura seeds per 100 grams of toxic kernels Maximum 4% other grains Chemistry factors include a maximum moisture content of 14%, a minimum protein level of 10%, and a maximum TVN level of 50 mg/100 grams. Heavy metals in barley must be limited to a maximum of: Lead: 10 mg/kg Cadmium: 1 mg/kg Arsenic: 2 mg/kg Mercury: 0.1 mg/kg Microbiological factors include: E.coli: maximum of 10 in one gram Mould colony: maximum of 5x105 CFU/gram Salmonella: not present in 25 grams Finally, the barley must be free from live insects and have total aflatoxin levels below a maximum of: Total aflatoxin: max.20 Aflatoxin B1: max.5 Aflatoxin B2: max.5
Appearance Not covered with mud, etc. Organoleptic Natural state, smell and color Organic Forign body Max. 2 PCT Total Defective(Transformation,brok en,split, discolored, shrivelled, Peeled, staining, sproted, crushing, and weelvil damaged) Max. 5 PCT Immature (Small, shrivelled,green, thin and unnatural seeds) Max. 1.5 PCT Non-uniformity in term of variety Max. 1.5 PCT Moisture Max. 13 PCT Toxic or noxious seeds like Ricinus communis ,Datura spp, Agrostema githago,Crotalaria . NIL Live or dead insects or inorganic impurity NIL Lead (Pb) Max. 0.5 PPM Cadmium (Cd) Max. 0.1 PPM Spore of Sulfite-reducting Clostridium Max. 150 CFU/GR Mould Max. 150 CFU/GR Pesticide residues According to ISIRI 6349/1 Mycotoxins According to ISIRI 5925 Packing and marking According to ISIRI 96 Crop year Current crop Size Min 8 mm Under size Max 3 PCT Other color Max 3 PCT Pea seed- borne mosaic virus Nil Peanut Mottle virus Nil Pseudomonas syringaePV. PISI Nil Pseudomonas savastanoi PV. Phaseolicola NIL Xanthomonas axonopodis PV. Alfalfae NIL Pseudomonas viridiflava Nil Pseudomonas fluorescens Nil Jimson weed (datura SPP) Nil Corn cockle (agrostema githago L.) Nil Crotolaria (crotolaria SPP) Nil
The innovative plant container is a unique and modern solution for gardeners and houseplant enthusiasts. This product incorporates 12 high-tech features designed to ensure plant growth, development, and health, making your life more comfortable: 1. Automatic watering for 30-45 days: Provides even soil moisture without the need for constant monitoring. 2. Lighting: Creates an aesthetic and cozy atmosphere using low-voltage 5V backlighting. 3. Microclimate: Forms a zone of increased humidity around the plant, perfect for tropical species. 4. Overheating protection: Protects the root system from overheating and maintains plant health. 5. Protection against soil overcooling: Guarantees optimal conditions for root growth. 6. Soil aeration and drainage: Ensures oxygen access to the roots, stimulates their growth, prevents over-watering and soil acidification. 7. Movable bottom: Simplifies the process of transplanting plants, minimizes damage to the root system. 8. Ability to change the shape, color, and size of the outer container according to your mood and preferences. 9. Regulation of water evaporation intensity: Special balls allow you to control the humidity level. 10. Aquarium function: Transforms the container into a beautiful and functional aquarium with live plants. 11. Greenhouse function: Multi-tiered trays with individual grow lamps, automatic watering, soil heating, and microclimate for growing a variety of plants. 12. Regulation of watering duration: Frequency of watering adjustment by changing the size of the outer container. The innovative plant container is the perfect solution for those who strive for convenience, functionality, and style to enhance the life of their plants. With its thoughtful characteristics, this container simplifies the process of plant care and helps create beautiful decor in your home or garden. The innovative plant container is an investment in the health and wellbeing of your plants that will bring you joy and satisfaction from successful gardening. It operates using the laws of nature, specifically the power of ambient temperature. In our container, the water located between the walls begins to turn into vapor as soon as the temperature rises above 0�°C. Imagine it as an invisible source of life that becomes more active with every degree of temperature increase, filling the air around the plant with moisture and creating the perfect microclimate for its growth and development. The most amazing thing is that plants can drink moisture not only through their roots but also through their leaves! So the increased humidity in our container is like an automatic regulator that provides optimal hydration and protection against drying out and burns.
