Category: Equipment

The Ultimate Guide to Heated Press Plates: Optimizing Performance

2024-08-05 Equipment
- Heat plates are an important element in the extraction process of rosin presses. - Heat plates come in a variety of sizes and shapes and are made of stainless steel or aluminum. - Popular aluminum alloys used for heat plates include 6061, which is treated with magnesium and silicon. - Popular stainless steel alloys used for heat plates include 304 and 316, which contain nickel and chromium. - The thermal conductivity of heat plates is important in transferring heat to the material being pressed. - Thermal conductivity is typically measured in watts per meter-kelvin. - Pure aluminum has a thermal conductivity value between 200 to 249, while stainless steel has a value of 12. - Most grades of stainless steel have 6% to 18% of the thermal conductivity of aluminum. - Stainless steel and plain carbon steel are poor conductors of heat. - Gold, pure copper, and pure silver conduct heat well. - The softness of the materials being pressed in rosin presses (like cannabis flowers, kief, or bubble hash) means that the heat plates are unlikely to wear out regardless of the metal used. - Uneven, contoured, or poorly machined heat plates can wear out quickly. - The article discusses the use of stainless steel and aluminum for rosin press heat plates. It states that aluminum offers superior thermal conductivity for pressing rosin, resulting in higher and more consistent yields. - Both aluminum and stainless steel can be considered food grade, but rosin pressed between parchment paper automatically qualifies as food grade due to the gelatin in the paper. - The safety of aluminum as a food contact metal has been demonstrated by the Agency for Toxic Substances & Disease Registry. - The type of metal used in the heat plate is a major factor in heat distribution and can impact the consistency, quality, and terpene preservation of the rosin. - Aluminum heat plates are recommended for use in press equipment. - High-quality aluminum heat plates yield the best results. - Stainless steel is very durable with high tensile strength but has poor thermal conductivity.

Heated Shield Wire: An Essential Safety Measure for Winter

2024-06-08 Equipment
- Heated shield wire set - Electric shield cord - Straight cord - Coiled cord - Source cord - Deluxe heated face shield cigarette lighter adapter - Replacement heated shield cord wiring kit - Snowmobile helmets - 2-piece helmet-to-sled cord - Battery lead - Female RCA - Zip ties - 12v heated shield - Snowmobile - Shield port - Power connection

Heated Soil Cable: Boosting Crop Growth for Optimal Harvest

2024-03-21 Equipment
List of pertinent information for the keyword "heated soil cable": 1. Heated soil cables are used to create a propagator for starting seeds. 2. The greenhouse is only functional from April to May. 3. The author is interested in the cost of running these cables. 4. The current method of using windowsills works temporarily. 5. Heated soil cables warm the growing medium for faster germination and better growth. 6. Heated soil cables can be used indoors or outdoors. 7. They can be used in containers, cold frames, or directly in the ground. 8. The cables have a built-in thermostat that maintains a temperature range of 77°F - 85°F. 9. Heated soil cables operate on 120 volts. 10. They are recommended for seasonal use. 11. There are three length options available: 12 ft (32 watts) covering 3 sq ft, 24 ft (80 watts) covering 6 sq ft, and 48 ft (140 watts) covering 12 sq ft.

Heated Rosin Press Plates: Enhancing Efficiency and Yield

2024-03-05 Equipment
Based on the given text, it seems that there is no relevant information to create a list of pertinent items related to the keyword "heated rosin press plates." However, if you would like a list of potential items related to this keyword, here are a few suggestions: 1. Heated rosin press plates - These are the main components of a rosin press machine used for extracting rosin from plants. 2. Rosin press machine - The equipment used to apply heat and pressure to the rosin press plates. 3. Rosin extraction - The process of extracting rosin from plant material using heat and pressure. 4. Heat controlling technology - The technology used in heated rosin press plates to ensure accurate and consistent temperature control. 5. Durable materials - The materials used to construct heated rosin press plates, such as stainless steel or aluminum, to ensure longevity and longevity. 6. Rosin production - The process of making rosin from plant material using a rosin press machine. 7. DIY rosin pressing - A popular method among enthusiasts to make their own rosin using heated rosin press plates. 8. Temperature and pressure settings - The adjustable settings on heated rosin press plates to optimize rosin extraction based on different plant materials. Please note that without additional context or specific information related to heated rosin press plates, the relevance of these items may vary.

Heated Cattle Waterer: An Essential Winter Solution for Livestock

2023-11-01 Equipment
Keywords: heated cattle waterer, availability, water troughs, horses, cattle, hogs, livestock, outdoors, indoors, cold conditions, durable materials, electricity, freezing, Frostfree Nosepump, groundwater source, powerless system, geothermal heat, thirsty livestock, plumbing, wet well, one way foot valve, pendulum, piston pump, water, weep hole, supply line, bacteria, contaminated water Revised Text: 'The article highlights the availability of heated water troughs for horses, cattle, hogs, and other livestock. These water troughs are designed to be used either outdoors or indoors and can withstand extremely cold conditions. The troughs are made from highly durable materials and consume very little electricity, even when temperatures drop to or below freezing. The Frostfree Nosepump is a device that livestock use to draw water from a groundwater source. It is a powerless system relying on geothermal heat and thirsty livestock. The plumbing is suspended from the pump into the water in a wet well below ground level. The system maintains its prime with a one way foot valve. Livestock push on the pendulum attached to the piston pump to receive water. The first push delivers water and each full stroke of the pendulum provides approximately half a litre of water into the trough. Two and a half minutes after the pump is idle, the weep hole drains the top five feet of the supply line back into the source. The drinking trough does not need to be drained as livestock consume what is pumped. The system prevents bacteria from entering the water source as no contaminated water is allowed to drain back.'