TH12161C3 - Production process of cellular lightweight concrete mixed with palm fibers. - Google Patents

Abstract

Edit 22/09/2016 The production process of cellular aerated concrete with palm fiber is intended to produce palm fibers. Used as a raw material for the production of aerated concrete. By using palm fiber supplements in proportion to cement. Portland Type 1 includes a step 1, prepare a concrete mixing tool. It consists of a gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressure tank with a foaming agent mixed with a foaming agent. Liquid to water at a ratio of 130 by volume is put into the tank of the liquid foam maker. In the amount needed to be used in Mix each time. Step 2 Put sand and cement into the concrete mixer. And then turn on the power as well The speed is 90 rpm to mix the sand and cement homogeneous in the mixer for 2 minutes, then in the palm fibers into the mixer and continue to mix for another 3 minutes, step 3 when the sand and cement Mix well and then. Therefore bringing water to add to the concrete mixer However, while adding water to open Concrete mixer to mix the added water well with the sand and cement mixture for 2 minutes, step 4 When the added water is mixed well with the sand and cement (mortar) then foam is sprayed. Liquid into Concrete mixer And step 5, when the liquid foam is injected into the mix until homogeneous with the mortar Therefore stop the concrete mixer Then take the concrete that has been tested as specified In each mix. The time will take 10 minutes. ------------------------- Correction 30/6/16 Production process of cellular aerated concrete with palm fiber. It is intended to bring palm fibers in Used as a raw material for the production of aerated concrete. By using palm fiber supplements in proportion to cement. Portland Type 1 includes a step 1, prepare a concrete mixing tool. It consists of a gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressure tank to add foam additives by adding foam. Liquid to water at a ratio of 1:30 by volume is put into the tank of liquid foam maker. In the amount needed to be used in Mix each time. Step 2 Put sand and cement into the concrete mixer. And then turn on the power as well The speed is 90 rpm to mix the sand and cement homogeneous in the mixer for 2 minutes, then in the palm fibers into the mixer and continue to mix for another 3 minutes, step 3 when the sand and cement Mix well and then. Therefore bringing water to add to the concrete mixer However, while adding water to open Concrete mixer to mix the added water well with the sand and cement mixture for 2 minutes, step 4 When the added water is mixed well with the sand and cement (mortar) then foam is sprayed. Liquid into Concrete mixer And step 5, when the liquid foam is injected into the mix until homogeneous with the mortar Therefore stop the concrete mixer Then take the concrete that has been tested as specified In each combination The times should not take more than 10 minutes .......................................... .................................................. .................................................. ....... Production process of cellular aerated concrete with palm fibers mixed with palm fibers. It is used as raw material in the production of light-weighted cones By using palm fiber supplements in proportion to cement. Portland Type 1 includes a step 1, prepare a concrete mixing tool. It consists of a gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressure tank to add foam additives by adding foam. Liquid to water at a ratio of 1:30 by volume is put into the tank of liquid foam maker. In the amount needed to be used in Mix each time. Step 2 Put sand and cement into the concrete mixer. And then turn on the power as well The speed is 90 rpm to mix the sand and cement homogeneous in the mixer for 2 minutes, then in the palm fibers into the mixer and continue to mix for another 3 minutes, step 3 when the sand and cement Mix well and then. Therefore bringing water to add to the concrete mixer However, while adding water to open Concrete mixer to mix the added water well with the sand and cement mixture for 2 minutes, step 4 When the added water is mixed well with the sand and cement (mortar) then foam is sprayed. Liquid into Concrete mixer And step 5, when the liquid foam is injected into the mix until homogeneous with the mortar Therefore stop the concrete mixer Then take the concrete that has been tested as specified In each combination The times should not take more than 10 minutes:

Claims (3)

Disclaimer (all) which will not appear on the advertisement page: Edit 22/09/2016 1. Production process of cellular aerated concrete with palm fiber has the following steps: a. Preparing tools for mixing concrete. Which consists of A gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressurized water tank to mix the foaming agent by mixing the liquid foam booster with water at a ratio of 1:30 by volume into the tank of the liquid foam maker. The required amount for each mixing time. B. Put sand and cement into the concrete mixer. Then turn on the machine at a speed equal to 90 rpm to mix the sand and cement homogeneously in the mixer for 2 minutes, then add palm fibers into the mixer and continue to mix for 3 minutes. When the sand and cement are mixed well. Therefore bringing water to add to the concrete mixer During Add water, turn on the concrete mixer so that the added water mixes well with the sand and cement mixture for 2 minutes. D. When the added water is mixed well with the sand and cement (mortar), then The liquid foam is injected into the concrete mixer. E. When the injected liquid foam is mixed until homogeneous with the mortar. Therefore stop the concrete mixer and bring the concrete to the test as specified. It takes 10 minutes to mix each time. 2. Production process of cellular aerated concrete with palm fibers in claim 1, where palm fibers have The ratio of diameter to fiber length in the range of 5-10 mm is 0.02-0.08. Ash content: 7.01% by weight. Lignin 25.4% by weight. 58.6% holocellulose by weight. Alpha cellulose. (Alpha-cellulose) 32.4% by weight and Pentosan (Pentosan) 16.7% by weight 3. Cellular lightweight concrete mixed with palm fibers. According to claim 1 or 2, where the formula, proportion, quantity, mix ratio (weight per 10 cubes of cellular lightweight concrete, size 75 mm x 200 mm x 500 mm, are as follows: formula name density cement palm fiber mass Total water ratio in fresh state, powder material (kg per (kg) (g) (kg) by cubic meter weight) Formula 1 900 18.0 90 18.0 0.50 ---------------- -------------------------------------------------- -------------------------------------------------- - Edit 30/6/16 1. Process for producing Schnicellula lightweight concrete with palm fiber The steps are as follows: a. Preparing tools for mixing concrete. Which consists of A gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressurized water tank to mix the foaming agent by mixing the liquid foam booster with water at a ratio of 1:30 by volume into the tank of the liquid foam maker. The required amount for each mixing time. B. Put sand and cement into the concrete mixer. Then turn on the machine at a speed equal to 90 rpm to mix the sand and cement into it. C. Homogeneous in a mixer for 2 minutes, then in palm fibers into a mixer and continue to mix for another 3 minutes. C. When sand and cement are mixed well. Therefore bringing water to add to the concrete mixer During Add water, turn on the concrete mixer so that the added water mixes well with the sand and cement mixture for 2 minutes. D. When the added water is mixed well with the sand and cement (mortar), then The liquid foam is injected into the concrete mixer. E. When the injected liquid foam is mixed until homogeneous with the mortar. Therefore stop the concrete mixer and bring the concrete to the test as specified. It takes 10 minutes to mix each time. 2. Production process of cellular aerated concrete with palm fibers in claim 1, where palm fibers have The ratio of diameter to fiber length in the range of 5-10 mm is 0.02-0.08. Ash content of 7.01% by weight of lignin 25.4% by weight of holocellulose 48.6% by weight of alpha cellulose. (Alpha-cellulose) 32.4% by weight and Pentosan (Pentosan) 16.7% by weight 3. Cellular lightweight concrete mixed with palm fibers. According to claims 1 and 2, where the formula, mix, quantity, mix ratio (weight per 10 cubes of cellular lightweight concrete, size 75 mm x 200 mm x 500 mm, are as follows: formula name density cement palm fiber mass Total water ratio in fresh state, powder material (kg per (kg) (g) (kg) by cubic meter weight) Formula 1 900 18.0 90 18.0 0.50 ................ .................................................. .................................................. ....................................... 1. The production process of Schnicellula lightweight concrete with palm fiber has the following steps: a. Preparing tools for mixing concrete. Which consists of A gyroscopic concrete mixer with a capacity of 0.15 cubic meters and a pressurized water tank to mix the foaming agent by mixing the liquid foam booster with water at a ratio of 1:30 by volume into the tank of the liquid foam maker. The required quantity for each mixing time. B. Step 2 Put sand and cement into the concrete mixer. Then turn on the machine at a speed equal to 90 rpm to mix the sand and cement into it. Homogeneous in a mixer for 2 minutes, then add palm fibers into the mixer and continue to mix for another 3 minutes. C. Step 3 When the sand and paving are thoroughly mixed. Therefore bringing water to add to the concrete mixer During the addition of water, turn on the concrete mixer to allow the added water to penetrate well with the sand and cement mixture for 2 minutes. D. Step 4 When the added water is mixed well with the sand and Cement (Mortar) is sprayed with liquid foam. Into the concrete mixer E. Step 5, when the liquid foam is injected into the mix until homogeneous with the mortar. Therefore stop the concrete mixer and bring the concrete to the test as specified. However, each time mixing should not take more than 10 minutes. 2. Production process of cellular lightweight concrete mixed with palm fibers in accordance with the 1st claim, where palm fibers have The ratio of diameter to fiber length in the range of 5-10 mm is 0.02-0.08. Ash content of 7.01% by weight of lignin 25.4% by weight of holocellulose 48.6% by weight of alpha cellulose. (Alpha-cellulose) 32.4% by weight and Pentosan (16.7% by weight) Pentosan. 3. The process of mixing cellular lightweight concrete according to claims 1 and 2, where the formula, mix, volume, mix ratio (weight per 10 pieces of cellular lightweight concrete, size 75 mm. X 200 mm. X 500 mm. Here is the formula name, cement density, palm fiber, total mass, water ratio in fresh state, powder material (kg per (kg) (g) (kg) by cubic meter) Formula 1 900 18.0 90 18.0 0.50 Formula 2 900 18.0 180 360 0.50 formula 3 900 18.0 270 360 0.50