Omni Matcher · SEMICON Taiwan 2026 · Exhibitor List

I-DER-VON ENTERPRISE CO., LTD.

Exhibitor at SEMICON Taiwan 2026 · Booth R7904

Booth R7904Country TW12 product topics
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BoothR7904
CountryTW
Websitewww.idervon.com.tw
Exhibitor profile

Company profile

I-DER-VON ENTERPRISE CO., LTD. specializes in fireproof, insulation, and refractory materials, including soft insulation jackets, rigid insulation bricks, metal-clad insulation products, and electric heating fabric wraps. I-DER-VON ENTERPRISE CO., LTD. also supplies composite materials for acoustic insulation, heating, fire protection, and thermal barriers, and combines these product families with custom insulation and heating product design and manufacturing for customer-specific requirements.

Exhibitor profile

Exhibits

The product range includes ceramic fiber, ceramic fiber blankets, ceramic fiber cloth, tape, rope, and sleeves, ceramic fiber Shapes, the AutoStack® ceramic fiber block or brick system, ceramic fiber Board, heat-resistant fireproof CLOTH, braided insulation fireproof TUBING, silica high-temperature fireproof fiber cloth, and silica needled blankets. AutoStack® ceramic fiber blocks are made by cutting ceramic fiber blanket to fixed sizes, stacking or folding it to fixed dimensions, and pre-compressing the material to raise density for the hot face of heating equipment. The AutoStack® block system is described as an alternative to traditional Paper Lining, with multiple temperature and density choices, selectable internal anchors and accessory systems, and project design options for different working environments and customer needs. AutoStack® lining material is listed for 1260℃~1600℃ service, with energy-saving and rapid-installation characteristics. Auto Stack® I uses compressed stacked or folded blocks held with cardboard and packing straps, installed after weld points, threaded rods, and a backing layer such as corrosion-resistant latex or insulation wool are prepared, with Batten Strips placed at block joints before the temporary packaging is removed. Auto Stack® II modularizes the welding kit and anchors within the ceramic fiber block so a special welding tool can weld and tighten the threaded rod in one operation for faster lining installation. Its stated advantages include embedded anchors protected from direct high-temperature exposure, installation by a small crew, rapid stud welding, low heat storage for faster heat-up, low heat transfer for energy saving, and a stacked blanket construction intended to provide wind-speed resistance and mechanical strength. The completed AutoStack® II lining can also receive hardener or ceramic paint treatment to increase strength and wind-speed resistance, and its thermal-conductivity testing is identified with ASTM C201. Refractory ceramic fiber paper is formed from high-temperature ceramic fiber after fiber separation and removal of unfiberized particles; its stated composition includes 6% alumina, 54% silica (Al-Silica), and a small amount of organic binder such as Latex, Acrylic, or Silicon, with the organic binder decomposing and volatilizing at 300℃. The paper is described as strong and easy to process, cuttable with a utility knife or die-cut for larger complex shapes, chemically resistant except to hydrofluoric acid, hot phosphoric acid, and strong alkali, and stable at temperatures up to 1260℃. It can flex and fold, can be laminated with adhesive backing or aluminum foil, and can be slit for wrapping high-temperature piping, while also offering low thermal conductivity, low heat storage, light weight, thermal-shock resistance, and electrical-insulation strength. Applications listed for the paper include thin spaces needing fire, heat, smoke, and spark protection, high-temperature gaskets and insulating seal plates, expansion-joint insulation, furnace backing, molten-metal runner joints, electric heaters, small electric furnaces, and ovens; adhesive-backed strips can be supplied in 25mm, 30mm, 40mm, and 50mm widths. Ceramic fiber blanket is made by dry air-laying loose ceramic fiber on a collection conveyor and needle-punching it to the required density and thickness, for furnace Paper Lining and other refractory insulation uses. The blanket is listed in temperature grades of 1260℃, 1400℃, 1430℃, 1500℃, and 1600℃, thicknesses of 6, 10, 13, 25, 38, and 50mm, widths of 610mm and 1220mm, lengths of 3.6M and 7.3M, and densities from 48 KG/M to 192KG/M. Blanket applications include kiln and furnace linings, insulation-jacket filling, cable covering, steel-beam fire protection, fire lining for ducts and grease-exhaust pipes, and building fire-stop joints. Wet Felt is ceramic fiber blanket impregnated with a liquid silica-based inorganic binder; it remains soft and formable during installation, can fit complex shapes, hardens after drying into a stronger lining, and is intended for high-velocity locations, with a stated dry bulk density of about 0.4g/cm3. Ceramic fiber cloth, tape, rope, and sleeves are produced by separating fiber to obtain 50~60% usable long fiber, mixing it with rayon fiber for yarn, and weaving multiple yarns into textiles that can incorporate high-temperature steel wire or glass-fiber yarn for additional temperature strength. The textile data lists round rope diameters of 3.0~100mm, square rope sizes of 3x3~100x100mm, sleeve diameters of ψ6~ψ100, cloth and tape thicknesses of 2.0 and 3.0mm, and sleeve thicknesses of 2.0~3.0mm; reinforcement options are stated at 650℃ with 304 steel wire, 1090℃ with high-nickel 600 wire, and 450℃ with glass fiber. These textiles are listed for furnace-gap filling, furnace-door sealing, thermal wrapping of piping, cable protection, continuous-casting mold sealing, furnace-door heat curtains, and exhaust-pipe insulation for internal-combustion engines or generators, with both braided and twisted round rope options. Ceramic fiber Board is vacuum-formed by a wet process using inorganic binder alone or with organic binder to create a nearly rigid board, and it is used where a firm fiber furnace wall is needed, including electric furnaces. Board grades listed include 1260℃, 1400℃, 1600℃, 1700℃, and 1800℃; standard size is 600mmX1000mm, with 1000mmX1220mm large panels or special sizes also available. Board options include SH Surface Hardened treatment, PS Preshrink treatment, FR Fired treatment to pre-burn organic binder, and customer processing of irregular dimensions, for uses such as kiln walls, pressure- and wind-resistant locations, heat-treatment furnaces, hot-exhaust ducts, molten-aluminum runners, and building fire-stop penetrations. RITEX -1000 heat-resistant fireproof CLOTH is listed in standard thicknesses of 0.45mm~3.2mm, widths of 1.8M, 1.5M, 1.2M, and 1M, and roll lengths of 30M or 45M(50yds). Surface treatments include silicone impregnation, PTFE, NEOPRENE fireproof rubber, aluminizing, aluminum-foil lamination, PTFE-film lamination, and Vermiculite high-heat inorganic coating, with stated operating temperatures that can be raised to 650℃, 750℃, or 1100℃. The CLOTH is listed for welding and cutting fire blankets, furnace-door heat curtains, nonmetallic expansion joints, hot-air ducts, machinery insulation wraps, high-temperature heat shields, high-temperature sealing gaskets, and high-temperature filter cloth, with options for higher weave density, steel or brass wire reinforcement, baking treatment, Vermiculite coating, and raw-rubber coating. Ceramic fiber Shapes are wet-vacuum-formed in prepared molds using inorganic binder alone or with organic binder, dried into fixed forms, offered in 1260℃, 1400℃, and 1600℃ grades, and can be CNC precision-machined to customer dimensions. The formed products can receive hardening, firing, and preshrink treatment and are listed for casting riser insulation sleeves, molten-aluminum furnace plugs, combustion chambers, sight ports, electric-heating-element plates, high-temperature gaskets, high-temperature pipe insulation sleeves, valve covers, and small rigid boards. CERAMICS FIBER is described as fiberized material produced from high-purity alumina-silica, zirconia, chromic oxide, and other powders after melting, using blowing or centrifugal spinning; it is characterized by high-temperature and chemical resistance except to hydrofluoric acid, hot phosphoric acid, and strong alkali. The ceramic-fiber family includes products such as 1260℃ to 1600℃ Mullite fiber and is described as easy to process, lightweight, low in thermal conductivity and heat storage, resistant to high temperature and chemicals, and resistant to rapid heating and cooling. RITEX-1000 glass fiber uses high-strength, heat-resistant E-Grade Texturized Fiberglass yarn to make cloth, tape, rope, sleeves, and other fireproof insulation textiles for steel, petrochemical, power generation, foundry, shipbuilding, paper, machinery, and furnace uses, with coating options extending use into semiconductor and flat-panel plants. RITEX-1000 is described as asbestos-free, continuously heat-resistant at 540℃~593℃, capable of 650℃ or 750℃ after inorganic surface coating, flexible, thermally insulating at 0.45WM/K (100℃), strong and abrasion-resistant, processable with resin coatings or films, resistant to most corrosive chemicals except hydrofluoric acid, hot phosphoric acid, and strong alkali, and completely noncombustible. Ceramic-fiber accessories include furnace anchors in SUS310S, SUS304, SUS316, CERAMICS, INCONEL, and other special forms, along with Threaded Studs, Lock Anchor components, ceramic fiber Mastic adhesive, and ceramic fiber hardener. The accessory data lists Mastic temperature grades of 1100℃ and 1400℃ for bonding ceramic-fiber products, and hardener grades of 1000℃(Si-TYPE) and 1400℃(Al-TYPE) for hardening the fiber surface of ceramic-fiber blankets. Ceramic fiber Felt is a flexible, soft board-shaped product made by wet vacuum forming with a latex organic binder; because the binder burns away as temperature rises and the remaining peel strength is low, it is intended for secondary layers, refractory-brick or castable backing, or processing into block products rather than the first hot-face layer.

Exhibitor profile

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Topic group

Related product topics

Surface Finishing and Analysis TechnologiesPolymer Composites and Precision CoatingsCeramic Powder Forming and SinteringCeramic and Glass Fiber Insulation MaterialsExhaust Piping Insulation JacketsFilter Cartridges & MembranesIndustrial Hose & Tube FittingsCNC Precision MachiningWelding and Micro-Machining ServicesConformal Coating and AdhesivesCustom Heating Elements and Thermal ModulesHigh-Temperature Furnace Chambers
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