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Flued Gas Heaters
The primary components of a flued gas heater include the burner, heat exchanger, and the flue system. The burner ignites the gas to produce heat, which is then transferred to the surrounding air through the heat exchanger. The flue system, comprising pipes or ducts, channels the combustion gases outside, preventing them from accumulating indoors.
Flued gas heaters come in various types, including natural draught, fan-assisted, and balanced flue models. Natural draught heaters rely on the natural flow of air to expel gases, while fan-assisted heaters use a fan to enhance this process. Balanced flue heaters, on the other hand, draw air from outside for combustion, ensuring a sealed and efficient system.
Fluorescent Spray Paint
With fast drying and smooth application, fluorescent spray paint delivers outstanding color intensity and immediate recognition. Fluorescent Spray Paint is available in a range of vivid high-visibility colors commonly aligned with safety and fluorescent color standards, including fluorescent yellow, fluorescent orange, fluorescent red, fluorescent pink, fluorescent green, and fluorescent blue, comparable to RAL-based safety shades such as RAL 1026, RAL 2005, RAL 3024, and RAL 6038. It is extensively applied for safety signs, construction and road markings, industrial identification, sports equipment, event decoration, advertising displays, and artistic projects. The formulation typically consists of acrylic or modified alkyd resins, high-intensity fluorescent pigments, UV stabilizers, additives, solvents, and an optimized propellant system. Key technical features include rapid drying, excellent brightness, good adhesion to metal, wood, plastic, and concrete, smooth spray pattern, and strong visibility in daylight conditions.
Fluorine Fluorspar Powder
Fluorspar Powder is available in different grades based on CaF₂ content and impurity levels, including Acid Grade (≥97% CaF₂), Metallurgical Grade (60–85% CaF₂), and Ceramic Grade. Acid grade fluorspar powder is mainly used for the production of hydrofluoric acid (HF), fluorochemicals, aluminum fluoride, and synthetic cryolite. Metallurgical grade is widely applied as a flux in steelmaking, iron casting, and non-ferrous metallurgy to lower melting points and improve slag fluidity. Ceramic grade fluorspar powder is used in glass manufacturing, ceramic glazes, enamels, and welding electrodes to enhance transparency, surface finish, and thermal behavior. Chemically, fluorspar powder consists primarily of calcium fluoride, with controlled levels of silica (SiO₂), calcium carbonate (CaCO₃), sulfur, and phosphorus depending on grade. Key technical parameters include particle size distribution (fine mesh powders), moisture content, whiteness, and bulk density, all tailored to meet specific industrial requirements.
Fluorite Powder
Fluorite Powder is available in several grades such as metallurgical grade (metspar), ceramic grade, and acid grade, typically classified by CaF₂ content ranging from about 70% up to 97% and above. It is produced through crushing, grinding, washing, and beneficiation of natural fluorspar ores to achieve controlled particle size and consistent composition. Major applications include use as a flux in steel and non-ferrous metal smelting, a raw material for hydrofluoric acid production, and an essential additive in ceramics, glass, enamels, and welding electrodes. Fluorite powder is also used in cement production, foundry applications, and certain chemical formulations where controlled melting behavior is required. From a technical perspective, important parameters include CaF₂ purity, silica and sulfur content, moisture level, particle size distribution, and whiteness, all of which directly affect performance in downstream processes.
Fluorocarbon Paint
Fluorocarbon paint can be produced in semi-gloss type, matte type, and high-gloss type. Fluorocarbon paint has good weather resistance, strong gloss, and its service life can reach 15-20 years , It is Shock-resistant, wear-resistant and durable to industrial corrosion and marine atmosphere , this is why most of fluorocarbon coatings are used as a topcoat or bridge coating, highway guardrail, high-grade building, petroleum equipment and storage tank paint.
Fluting Paper
Different types of fluting paper are categorized by the size and shape of their flutes, with common applications including packaging fragile items, shipping boxes, and retail packaging depending on the chosen flute type (A, B, C, E, F) with varying levels of cushioning and stacking strength.
Key points about fluting paper is that when combined with liner paper (top and bottom layers), fluting paper creates corrugated cardboard, which is used to make boxes and other packaging materials.
Foam Tape
As a modern alternative to mechanical fasteners and liquid adhesives, foam adhesive tapes ensure clean installation, long-term durability, and professional results in demanding environments. Available in a wide range of types such as PE foam tapes, EVA foam tapes, PU foam tapes, acrylic foam tapes, and double-sided foam tapes, these products are engineered to meet different bonding requirements. Depending on the application, foam adhesive tapes can be coated with acrylic, rubber-based, or silicone adhesives, offering options for high tack, temperature resistance, UV stability, and weather durability. Common applications include automotive trim mounting, emblem fixing, HVAC insulation, construction glazing, signage, electronics assembly, appliance manufacturing, and interior decoration. Technically, foam adhesive tapes offer controlled thickness, excellent gap-filling ability, strong shear strength, moisture resistance, and consistent performance on metals, plastics, glass, wood, and painted surfaces. They are supplied in various densities, colors, thicknesses, and adhesion levels to match both functional and aesthetic needs.
Food Emulsifiers
When they are added to an unmixable liquid, the emulsifier molecules position themselves along the so-called interfacial layer where the oil separates from the water. Here, the emulsifier is positioned in such a way that their hydrophilic end faces towards the water phase and their hydrophobic end faces the oil phase, making it possible for the water and oil to become finely dispersed in each other. In the end, the emulsifier creates a stable, homogenous, and smooth emulsion. Available Emulsifiers used in food production are either purified natural products (either from plant or animal origins) or synthetic chemicals that have very similar structures to the natural products.
Some common types of emulsifiers in the food industry include egg yolk (where the main emulsifying agent is lecithin), soy lecithin, mustard, Diacetyl Tartaric Acid Esters of Monoglycerides (DATEM), PolyGlycerol Ester (PGE), Sorbitan Ester (SOE) and PG Ester (PGME).
Food Grade ABS
This specialized grade features low extractables, odor-free performance, and compliance with international food-contact standards (FDA/EU where applicable). It provides a smooth surface finish, high gloss or matte appearance, and strong resistance to oils, cleaning chemicals, temperature fluctuation, and repeated dishwashing cycles. The balanced polymer structure ensures dimensional stability and long-term durability even under frequent use. Food-Grade ABS is widely used for reusable food containers, sanitary handles, refrigerator components, water filter housings, beverage dispensers, coffee machine parts, food processor bodies, cutlery, and baby-safe plastic products. It supports precision injection molding with excellent flowability, short cycle times, and high production efficiency.
Food Grade PE Stretch Film
It is widely used in food processing, catering, retail, and household applications where cleanliness and product integrity are essential. Our food grade stretch film is produced under strict quality control standards and complies with international food contact regulations. It is available in commercial grades such as standard food wrap, high-clarity grade, and soft cling grade, offering excellent transparency and smooth handling. Common thicknesses include 8, 9, 10, 12, and 14 microns, with customized options available for specific applications. The film is typically supplied in clear and transparent form to maintain product visibility, while optional light-tinted versions are available upon request. Key technical features include superior cling without additives transfer, high elasticity, resistance to tearing, low odor, and excellent barrier protection against moisture and airborne contaminants. It is suitable for both manual and machine use, with rolls available in various widths and lengths to match different wrapping needs.
Food Grade Polyethylene Glycol
Food grade polyethylene glycol is commercially available in carefully controlled molecular weight grades including PEG-200, PEG-300, PEG-400, PEG-600, PEG-1000, PEG-1500, PEG-2000, PEG-4000, and PEG-6000. Lower molecular weight grades are clear liquids, while higher molecular weight PEGs are supplied as semi-solids, flakes, or powders, enabling precise selection based on processing and formulation requirements.
In food processing and related industries, low molecular weight PEGs such as PEG-200 to PEG-400 are commonly used as lubricants, release agents, carriers, and processing aids in food equipment, packaging operations, and food contact materials. Medium molecular weight grades including PEG-600 to PEG-2000 function as binders, dispersants, and flow-improving agents in food additives, coatings, and controlled processing systems.
Food Grade Talc Powder
Food grade talc is produced in specialized grades distinct from standard industrial talc, including food grade talc, pharmaceutical grade talc, high-purity low-iron talc, and ultra-fine refined talc, each designed to meet regulatory and functional requirements. Powder particle sizes typically range from 10 µm to 45 µm, with fine and micronized grades available to ensure uniform dispersion and consistent performance in food processing systems. Thanks to its natural lamellar structure and chemical inertness, food grade talc functions as an excellent anti-caking, anti-sticking, and flow-improving agent. It is widely used in chewing gum production, rice and grain polishing, confectionery processing, powdered foods, food packaging, and as a processing aid in tablet manufacturing within the pharmaceutical sector.