Press forming machine market adaptability, brick forming machine poor adaptability.
The pressure molding machine has a limited range of products, mainly producing standard bricks and very few other types. It is not suitable for producing load-bearing bricks (due to production techniques, market usage can be considered) and standard bricks are merely a transitional product in the current market, not suitable for long-term development. Brick molding machine: highly adaptable. Offers a diverse range of products, capable of producing over a thousand types of bricks for walls, floors, civil engineering, geotechnical, and decorative use, catering to different architectural styles and municipal construction needs, both in the short and long term.
The pressure forming machine occupies more space, while the brick-making machine occupies less. The pressure forming machine has a slower production pace and lower output compared to the brick-making machine. The brick-making machine produces quickly, with 50 standard bricks produced every 15 seconds.
Pressure forming machine equipment has poor safety, as it involves the use of high-temperature, high-pressure vessels (autoclaves), which can easily lead to accidents such as explosions or burns. Brick forming machines are more efficient, requiring no autoclaves and can operate with normal temperature and pressure steam, posing no safety hazards.
Equipment Investment: The investment is substantial. Investment in brick forming machines is relatively low.
The pressure forming machine meets the product strength standard (GB 10MP), but it's difficult to adjust the strength, resulting in over-standard density for non-load-bearing walls. The brick forming machine meets the standards and can adjust the strength according to customer and wall design needs at any time, thereby controlling costs (strength, low cost, and low cost).
The surface quality and bulk density of the pressure molding machine are excessively smooth, leading to cracks when using ordinary mortar. Due to its ultra-high density, the unit volume bulk density exceeds the standard, with the bulk density generally higher than that of fired bricks. The砌快成型machine features adjustable surface roughness, making it compatible with ordinary mortar. Using standard bricks and 8-hole bricks, wall cracks do not occur. The density is normal, and the bulk density is comparable to that of fired bricks. The pressure molding machine, which relies on pressure molding, does not allow gas to escape, resulting in internal cracks after high-temperature steam curing. The砌快成型machine, on the other hand, uses vibration molding and can completely degas.
The pressure forming machine boasts low noise levels. The brick forming machine is slightly louder, but still meets national standards, and the noise can be controlled within normal limits by adding a noise-reduction room to the main unit. The pressure forming machine requires high-pressure steam, resulting in high energy consumption. High-pressure vessel maintenance costs are high, and they require annual inspections by relevant departments. The brick forming machine uses steel trays, eliminating maintenance issues and showing minimal wear. It operates with atmospheric steam, featuring low energy consumption. (It can also be maintained without steam.)
That concludes our introduction for today. We hope it has been helpful. For more information, please visit our website, where we provide professional insights.
