Our rock slab hot bending basin furnace adopts high - efficiency heating technology and is equipped with an intelligent temperature control system, which can precisely control the heating rate. Compared with traditional equipment, the heating efficiency is increased by more than 30%, effectively shortening the production cycle and increasing production capacity.

Our waterjet cutting machines can cut materials with a thickness ranging from 0.5mm to 150mm, depending on different configurations. High - quality cutting can be achieved for both ultra - thin rock slabs and thick stones.

The mosaic flattening machine is equipped with a high - precision pressure control system and an intelligent calibration device. It has relatively flexible requirements for the accuracy of the mosaic patterns themselves. Even if there are minor errors, the equipment can achieve perfect flattening through self - adaptive adjustment, ensuring that the finished product is flat and flawless.

The arc polishing production line uses multiple polishing processes and imported polishing abrasives, which can make the arc surface reach a mirror - like effect. The surface roughness Ra value ≤ 0.2μm, meeting the strict requirements of high - end decorative materials.

Our ceramic cutting machine is equipped with an efficient dust removal system. By combining negative pressure dust collection and water mist dust suppression, the dust collection rate during the cutting process can be increased to more than 95%, effectively improving the working environment.

The stone edge - processing machine is suitable for various common stones such as marble, granite, and artificial stone. By changing different cutting tools and parameter settings, it can process edges for stones of different hardness and textures.

The ceramic tile edge - grinding machine supports stepless adjustment of the edge - grinding speed. Users can flexibly adjust it within the range of 0 - 30m/min according to the ceramic tile material, thickness, and edge - grinding process requirements to achieve the best edge - grinding effect.

The dry single - blade 45 - degree cutting and polishing production line does not require water, avoiding problems such as sewage discharge and stone water absorption deformation. At the same time, the equipment has a small footprint, low energy consumption, and lower subsequent maintenance costs, which is more in line with the requirements of environmental protection and efficient production.

We provide 7×24 - hour after - sales service. After receiving a failure repair request, we will respond within 4 hours for areas within the city, within 8 hours for areas within the province, and for areas outside the province, technical personnel will be arranged to arrive at the site for handling as soon as possible, with the fastest response time being 24 hours depending on the actual situation.

It is recommended that operators of new equipment receive professional training. When the equipment is delivered, our company will arrange professional technicians to provide customers with free operation training, including equipment principles, operation procedures, daily maintenance, etc., to ensure that operators can master the equipment usage methods proficiently.

Ceramic fiber is made of inorganic substances (such as hard clay, alumina, etc.). It is non-toxic and harmless in itself, but the fiber may irritate the skin when in contact. It is recommended to wear protective gloves and masks.

Different materials have different temperature resistance: standard type (1000℃), high aluminum type (1260℃), zirconium type (1350℃).

The price depends on the material (such as high aluminum type is more expensive than standard type) and the use temperature requirements, and the quotation needs to be based on specific needs.

Products such as ceramic fiber paper have a certain degree of hydrophobicity, but long-term humid environment will affect performance and need to avoid rain.

The thermal conductivity of ceramic fiber board is 0.18W/m·K at 1000℃, and the thermal conductivity of zirconium fiber blanket is 0.22W/m·K at 1350℃.

According to the use temperature: standard type below 1000℃, high aluminum type at 1260℃, zirconium type above 1350℃.

Avoid direct contact with the skin to prevent itching of fibers; wear a dust mask during construction and keep ventilation.

It may be due to aging of the heating element or improper placement of the sample. The sensor and heating element need to be checked regularly.

Apply high-temperature curing agent regularly to avoid physical damage, and inspect the sealing of the furnace lining every year.

It is widely used in high-temperature insulation, filtration and sound insulation scenarios in metallurgy, chemical industry, electronics and other industries.

The "compression" fixing method should be used during installation. Expansion joints should be reserved between modules to avoid deformation caused by high-temperature thermal expansion. It is recommended to use heat-resistant stainless steel for anchors.

Trace amounts of incompletely burned organic impurities may be released at high temperatures. It is recommended to remove impurities in the oven at a temperature lower than 100°C before the first use.

Common reasons include: aging of the heating element (need to be replaced), sensor calibration deviation (recommended annual calibration), and sample blocking of heat radiation (reasonable placement).

The raw materials are inorganic minerals that can be naturally degraded, but the production energy consumption is high; waste fibers need to be professionally recycled to avoid dust diffusion.

Minor carbon deposits can be cleaned with a soft brush, and in severe cases, they need to be covered with special high-temperature coatings (such as aluminum phosphate coatings).