1.Ceramic fiber cloth
Ceramic fiber cloth is made of ceramic woven yarns with fiberglass yarn or steel wire reinforcement,it is excellent substitute for asbestos cloth.
Ceramic fiber cloth with metallic wire (inconel or stainless steel) are also available.Ceramic Fiber cloth with Aluminum foil is available.
Widely used in thermal insulation industry as Heat Insulation curtain, large area thermal insulation. Radiant heat shielding,flexible fabric expansion joints.
2.Ceramic Fiber Tape
Descriptions:
Ceramic fiber tapes are made of ceramic woven yarns with fiberglass yarn or steel wire reinforcement.
Noted for high temperature resistant up to 1050 °C, ceramic fiber textiles feature excellent properties of lightweight, low thermal conductivity and chemical stability resisting attack from most corrosive agents. They are widely used in thermal insulation industry.
Ceramic Fiber Square Rope is braided by ceramic fiber yarns,it is used as heat insulating materials and an excellent substitute for Asbestos packing.
It have two kinds: glass fiber reinforced ceramic fiber square rope and stainless steel ceramic fiber square rope.
Descriptions:
Noted for high temperature resistant up to 1050 , ceramic fiber textiles feature excellent properties of lightweight, low thermal conductivity and chemical stability resisting attack from most corrosive agents.
Descriptions:
Noted for high temperature resistant up to 1050 °C, ceramic fiber textiles feature excellent properties of lightweight, low thermal conductivity and chemical stability resisting attack from most corrosive agents.They are widely used in thermal insulation industry.
Ceramic fiber felts are produced from corresponding blowing fiber (ST, HA, HP, HZ) with vacuum formed technology. Ceramic fiber felts not only possess the typical function of ceramic fiber, but also have hard texture, excellent toughness and intensity, and excellent fire resistance and heat preservation. They feature low thermal conductivity and low heat storage, excellent thermal stability and thermal shock resistance, and outstanding acoustic insulation.
Descriptions:
Ceramic fiber blankets are made through process of pricking, heat-shaping, cutting and rolling. They feature high quality of tensile strength, texture uniformity and plane surface, high temperature, chemical corrosion resistance, thermal shock stability and low thermal conductivity. They have low density, good resiliency and excellent sound absorbing and filtering property.
Descriptions:
Ceramic fiber paper is made from the special ceramic fiber that contains little residue, through process such as slurrying, removing residue, mixing slurry, long-mesh shaping, vacuum dehydrating, drying, cutting and rolling.
Ceramic fiber paper features high temperature, chemical corrosion resistance, thermal shock stability and low thermal conductivity. It has low density, high strength, good resiliency and excellent sound absorbing and filtering property. It is suitable for temperature up to 1000oC. Ceramic fiber paper.
9.Ceramic Fiber Sleeve
Ceramic Fiber Sleeving is braided by ceramic fiber yarn, reinforcement by fiberglass and metal wire. Within excellent high-temperature strength, electric insulation capability, corrosion resistance to acid, oil and stem. Low thermal conductivity.
Application:
Description:Ceramic fiber board uses non-brittle material, therefore it has good tenacity, high compressive strength, good flatness and mechanical process ability. Temperature is 1050℃, 1260℃, 1430℃ and it is the ideal material for wall liner and back lining of the heating equipment.
ceramic thermal insulation Hengshui Aohong Technology Co.,Ltd. , https://www.aohong-sealing.com
High temperature resistant electrical cable, wire covering high temperature pipe wrapping.
Bearing Selection and Load Management
Just like humans, bearings have to endure stress—and just like us, they perform best when they’re not overburdened. When selecting a bearing, ensuring its carrying capacity matches the demands placed on it is crucial. If the load exceeds the bearing’s capacity, the consequences can be severe. Accelerated fatigue or even permanent deformation might occur, drastically shortening the bearing's lifespan. Two types of stress are particularly important to consider: static and dynamic.
Static stress doesn't imply a fixed load—it refers to the condition of the bearing itself. This happens when a load, whether steady or fluctuating, is applied to a stationary or very slow-moving bearing. Excessive force here can distort the rolling surfaces and flatten the rolling elements, effectively ending the bearing’s life prematurely and catastrophically.
Dynamic stress, on the other hand, focuses on the bearing’s movement. It arises when a load, constant or variable, is applied to a bearing in motion. Overloading in this scenario leads to premature fatigue, causing cracks and flaking in weak areas. This results in failure due to material fatigue—a real-life “death†for your bearing.
Three theories attempt to explain the causes of fatigue-related failures. Maximum shear stress theory suggests that the primary offender is the highest shear stress experienced by the bearing. Distortion theory posits that it’s the cumulative stress within a region, not a single point, that triggers fatigue. The alternating shear stress theory, however, argues that orthogonal stresses are the true culprits behind material fatigue. While each theory has its merits, alternating shear stress is widely used to calculate rolling bearing fatigue life.
The fatigue life—or rating life—is defined as the number of revolutions or operating hours at a constant speed that 90% of identical bearings can endure before showing any signs of fatigue. Generally, as the load increases, the rating life of a group of bearings decreases.
At Emerson Bearing, our expert technical team is ready to assist you in ensuring your bearings remain stress-free. Whether you need advice, product recommendations, or support for your specific applications, we’re here to help. Reach out to us today or explore our Catalog and Technical Toolbox pages for additional resources. Together, we can keep your equipment running smoothly while extending the life of your critical components.