Pulling Off Concrete Forms | New Home for the Sawmill
Simple Living Alaska・2 minutes read
A concrete slab is poured with meticulous monitoring, using rebar for stability and planning relief joints to prevent cracking. Cutting the slab into squares using a Stihl saw with water attachment, siphoning oil from a machine, and cutting lumber from logs are detailed steps in the process.
Insights
- Relief joints are crucial to prevent concrete slab cracking, with precise cuts planned to create six equal squares for optimal stability and durability.
- The meticulous process of cutting and preparing the concrete slab involves specialized tools like the Stihl TS 420 saw with a diamond blade, emphasizing the importance of proper equipment and technique to achieve a seamless finish despite challenges like dust and weight.
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Recent questions
How is a concrete slab poured?
The concrete slab is poured at 14 feet wide, 32 feet long, and 6 inches thick with 3/8 inch and 5/8 inch rebar. It is meticulously monitored daily, with stakes ensuring straightness and stability.
Why are relief joints essential in a concrete slab?
Relief joints are essential in a concrete slab to prevent cracking. Cuts are planned at 1-1.5 inches deep, down the center and at 128-inch intervals to create six equal squares on the slab.
What equipment is used for cutting concrete slabs?
A Stihl TS 420 saw with a diamond blade is used for cutting concrete slabs, with a garden hose attachment to reduce dust. A sump pump with a garden hose is utilized to provide water for cutting and lubrication.
How is oil siphoned from a machine?
Oil is siphoned from a machine by inserting a hose into the oil fill area and draining the oil into a jug. This process is not a standard procedure but is necessary in the absence of an oil change kit.
How are large logs cut into lumber?
Large logs are cut into lumber by measuring and cutting with a sawmill. The process involves cutting eight-inch beams from a large white spruce log, compensating for tapering with a two-inch block. Assistance and adjustments to the sawmill setup are required due to the heavy and challenging nature of the logs.
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Summary
00:00
Precision and Care in Concrete Slab Creation
- The concrete slab poured is 14 feet wide, 32 feet long, and 6 inches thick with 3/8 inch and 5/8 inch rebar.
- The slab was meticulously monitored daily, with stakes ensuring straightness and stability.
- Upon removing the forms, some areas showed dryness and roughness due to gravel depletion in the concrete mix.
- Plans include concealing rough areas by building up gravel around the slab for a seamless finish.
- Relief joints are essential to prevent cracking in the concrete slab, with cuts planned at 1-1.5 inches deep.
- Cuts will be made down the center and at 128-inch intervals to create six equal squares on the slab.
- A Stihl TS 420 saw with a diamond blade is used for cutting, with a garden hose attachment to reduce dust.
- A sump pump with a garden hose is utilized to provide water for cutting and lubrication.
- The saw is heavy and challenging to handle, but it efficiently cuts through the concrete.
- After cutting, the slab is lightly pressure washed to remove dust, with plans to let it cure fully before further use.
19:33
Siphoning oil and cutting lumber efficiently.
- The individual plans to siphon oil from a machine using a hose due to a missing oil change kit from Norwood.
- They attempt to start the machine but realize it won't work without the plug in place, leading to a decision to siphon the oil.
- The process involves inserting a hose into the oil fill area and draining the oil into a jug, which is not a standard procedure.
- They inspect and clean an air filter, noting dust accumulation and potential damage.
- The next step involves measuring and cutting lumber using a sawmill, necessitating raising the sawmill for comfort and functionality.
- The process includes cutting eight-inch beams from a large white spruce log, compensating for tapering with a two-inch block.
- The logs are heavy and challenging to work with, requiring assistance and adjustments to the sawmill setup for optimal cutting.
