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.
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