JZC7147-B
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This is not a modified standard caster; it is a purpose-built system engineered from the ground up for thermal resilience. The core of its durability lies in the high-temperature phenolic resin wheel. Unlike plastic that softens or rubber that cracks, this composite material maintains its structural integrity and load-bearing capacity when exposed to continuous temperatures. The wheel's smooth, hard finish rolls with a characteristic low hum over surfaces, a sound that speaks of solidity rather than the sticky, dragging resistance of a failing wheel.
The swivel mechanism is protected by a high-temp grease-packed ball bearing and often features spacers or seals designed to withstand thermal expansion without binding. The top plate, typically crafted from hot-dip galvanized or painted steel, resists the corrosive combination of heat and occasional moisture. When you engage the optional total-lock brake, you feel a positive, metal-on-metal click—a reassurance that the locking mechanism, too, is built with heat-tolerant components to ensure stability even when the ambient air shimmers with heat. From moving bakery racks in and out of proofing ovens to transporting castings in a metalworking shop, this caster provides the confident, predictable mobility that high-temperature processes demand.
High-temperature resistance up to 200℃/392℉, ensuring stable operation in medium-heat environments.
Medium load capacity of up to 150 kilograms, perfectly balancing heat resistance and practical carrying needs.
Made of special heat-resistant engineering plastics and high-temperature-resistant alloy steel, providing excellent durability in high-temperature conditions.
Precision heat-resistant bearings maintain smooth rotation, reducing friction and wear in high-temperature environments.
360-degree swivel design with high-temperature resistant swivel mechanism for easy maneuverability in confined high-temperature spaces.
Non-marking heat-resistant treads protect floors while withstanding high temperatures, suitable for indoor high-temperature workshops.
360-degree swivel design with high-temperature resistant swivel mechanism for easy maneuverability in confined high-temperature spaces.
Corrosion-resistant coating on the surface, preventing oxidation and chemical corrosion in high-temperature and humid environments.
Shock-absorbing structure reduces vibrations during movement, protecting transported goods and equipment in high-temperature areas.
Quick-release and adjustable height features enable easy installation and adaptation to different high-temperature equipment.
Cost-effective solution for medium-duty high-temperature applications, combining performance and affordability.
Food Baking and Processing Industry
Pharmaceutical Manufacturing (Drying and Baking Processes)
Small-scale Metal Heat Treatment Workshops
Electrical Equipment Heat Dissipation Chambers
Semiconductor Manufacturing Cleanrooms (High-temperature Process Areas)
Automobile Engine Assembly Lines (Near Heat-generating Equipment)
Chemical Reaction Kettle Auxiliary Equipment
Textile Dyeing and Drying Production Lines
High-temperature Testing Laboratories
Industrial Oven Maintenance Platforms
| Description | ||||||||
| Material : Hight temperature Nylon with fiber ( H resistance steel ball and derlin ) | ||||||||
| Swivel section : Precision steel ball with double track design | ||||||||
| Installation : fix , plate , thread steam , hollow steam |
| Tread | ![]() | Tread | ![]() |
| Color : black | Color : brown | ||
| Hardness : 90-95 Shore A | Hardness : 90-95 Shore A | ||
| Wheel core : PA+fiber | Wheel core : PA+fiber | ||
| Wheel tread : PA+fiber | Wheel tread : PA+fiber | ||
| Temperature resistance : 180-200℃ | Temperature resistance : 200-280℃ | ||
| Wheel code : 363-3H | Wheel code : 364-3B |
| Model | Wheel Material | Wheel Dia | Tread Width | Load Height | Plate Size | Plate Size | Hole Size | Load Capacity |
| 301ZN-010-63-363-3H | Nylon+Fiber | 63 (2.5") | 32 | 92 | 96*66 | 75*45 | 8.5 | 90 |
| 301ZN-010-75-363-3H | Nylon+Fiber | 75(3") | 32 | 105 | 96*66 | 75*45 | 8.5 | 110 |
| 301ZN-010-100-363-3H | Nylon+Fiber | 100(4") | 32 | 130 | 96*66 | 75*45 | 8.5 | 125 |
| 301ZN-010-125-363-3H | Nylon+Fiber | 125(5") | 32 | 158 | 96*66 | 75*45 | 8.5 | 150 |
| Model | Wheel Material | Wheel Dia | Tread Width | Load Height | Plate Size | Plate Size | Hole Size | Load Capacity |
| 301ZN-020-63-363-3H | Nylon+Fiber | 63 (2.5") | 32 | 92 | 96*66 | 75*45 | 8.5 | 90 |
| 301ZN-020-75-363-3H | Nylon+Fiber | 75(3") | 32 | 105 | 96*66 | 75*45 | 8.5 | 110 |
| 301ZN-020-100-363-3H | Nylon+Fiber | 100(4") | 32 | 130 | 96*66 | 75*45 | 8.5 | 125 |
| 301ZN-010-125-363-3H | Nylon+Fiber | 125(5") | 32 | 158 | 96*66 | 75*45 | 8.5 | 150 |
| Model | Wheel Material | Wheel Dia | Tread Width | Load Height | Plate Size | Plate Size | Hole Size | Load Capacity |
| 301ZN-022-63-363-3H | Nylon+Fiber | 63 (2.5") | 32 | 92 | 96*66 | 75*45 | 8.5 | 90 |
| 301ZN-022-75-363-3H | Nylon+Fiber | 75(3") | 32 | 105 | 96*66 | 75*45 | 8.5 | 110 |
| 301ZN-022-100-363-3H | Nylon+Fiber | 100(4") | 32 | 130 | 96*66 | 75*45 | 8.5 | 125 |
| 301ZN-022-125-363-3H | Nylon+Fiber | 125(5") | 32 | 158 | 96*66 | 75*45 | 8.5 | 150 |
Phenolic Resin Wheel Core: Specially formulated composite wheels that resist melting, cracking, and flattening under load in high-heat conditions, ensuring consistent performance and longevity where standard polyurethane or rubber fails.
Thermal-Adapted Swivel Mechanism: Features heat-resistant seals and high-temperature grease within the ball bearing raceway, preventing grease breakdown, bearing seizure, and ensuring smooth swiveling action despite expansive heat cycles.
Robust Load-Bearing Design: A medium-duty rating supported by a reinforced horn and top plate design, engineered to carry substantial weight without deformation, even when material properties are stressed by elevated temperatures.
Secure Locking & Stability: Optional total-lock brake system is constructed with heat-tolerant materials to provide reliable wheel and swivel locking on hot, often uneven factory floors, securing valuable loads safely.
Corrosion-Resistant Finish: The hot-dip galvanized or thickly painted finish on the metal components provides an extra layer of defense against the accelerated oxidation and rust that heat and industrial atmospheres can cause.
Q1: What exactly does "medium duty" and "high temperature resistant" mean for my application?
A1: These terms are precisely defined for informed decision-making. "Medium Duty" refers to a load capacity range typically between 150 to 330 lbs per caster, suitable for industrial racks, service carts, medium-sized ovens, and assembly line fixtures—common in food service and light manufacturing. "High Temperature Resistant" specifies that the core materials (wheel and bearing grease) are formulated to maintain their essential physical properties—like hardness, shape, and lubricity—under continuous exposure to air temperatures up to 350°F - 450°F (177°C - 232°C), as encountered near ovens, furnaces, and heat treatment stations.
Q2: Can these casters be used directly in an open flame or on surfaces hotter than 450°F?
A2: No, they are not designed for direct flame impingement or contact with surfaces exceeding their maximum continuous temperature rating. They are engineered for high ambient air temperature environments. Direct contact with a much hotter surface (like a metal ingot at 800°F) can cause localized failure. For extreme contact heat or open flame, truly specialized casters with ceramic or all-metal components are required. We can advise on these more extreme applications as well.
Q3: How do I maintain these high-temperature casters? What is their expected service life?
A3: Maintenance is minimal but crucial. Periodically check for free wheel rotation and swivel; a stiffening action may indicate that grease has degraded or contaminants have entered. In high-heat, high-use scenarios, re-lubricating the bearing with a fresh high-temperature grease annually may extend life significantly. Expected service life varies dramatically with the specific conditions—cycle frequency, exact temperature, and load. In a commercial bakery at 300°F, they may last 2-3 years, while in a lower-heat environment (around 200°F), they could last 5+ years. We provide general guidelines based on your shared operational parameters.
Q4: Are the wheels chemical-resistant as well as heat-resistant?
A4: Yes, the phenolic resin wheels offer excellent resistance to many oils, greases, solvents, and mild acids, which is why they are also popular in chemical plants. However, resistance is not universal. If your application involves specific harsh chemicals (like strong oxidizing acids or certain solvents) in combination with heat, please consult with our technical team for a compatibility review. We can often recommend a specific compound for dual-threat environments.
Q5: Do you offer custom configurations, such as different top plate sizes or specialized stem types?
A5: Absolutely. As a manufacturer, we specialize in OEM and custom solutions. While we stock standard configurations for quick shipment, we regularly produce casters with modified top plates (for bolt-hole patterns), threaded stems, expanding rubber stems, or specific wheel hardnesses (durometers) to meet unique equipment designs. Providing your equipment drawings or specifications allows us to quote a perfect-fit solution.