BAODA industrial electric heaters and heat exchangers

Industrial electric heaters and heat exchangers from BAODA deliver dependable fluid heating across chemical processing tanks, plating lines, and industrial vessels.

BAODA FLS Series industrial flanged immersion heaters

Industrial flanged immersion heaters from BAODA (Baoda Heating Equipment) in the FLS series provide continuous fluid heating in electroplating baths and chemical tanks. Heavy-wall tubular metal sheaths in 316 stainless steel or titanium resist chemical corrosion.

Heavy-wall 316 stainless steel or titanium alloy tubular heating elements
Explosion-resistant terminal box housing M2 built for wet plant environments
Heating power ratings spanning from 3 kW to 75 kW at standard 400 V lines
Tailored flange engineering matching vessel connection diameters and drawings

BAODA FLX Series acid-resistant flanged heaters

Acid-resistant flanged heaters from BAODA (Baoda Heating Equipment) in the FLX line incorporate a thick outer fluoropolymer PTFE sheath. This barrier prevents permeation of aggressive chemical compounds and shields inner heating elements from chemical degradation.

Heavy-wall fluoropolymer PTFE outer jacket designed for hot acid immersion
Anti-permeation barrier prevents acidic vapor contact with metal internals
Chemically resistant mounting flange assembly with inert protective lining
Configuration selection based on chemical bath acidity and tank layout

BAODA metal immersion heaters for alkaline cleaning tanks

Metal immersion heaters from BAODA (Baoda Heating Equipment) feature low watt density profiles that ensure steady, uniform heat transfer. This configuration eliminates localized scorching and prevents thermal breakdown of chemical reagents in alkaline and caustic solutions.

Low watt density design prevents chemical decomposition in processing tanks
Heavy-wall sheaths produced in 304 stainless steel, 316 steel, and titanium
Power configurations of 1 kW, 3 kW, 4.5 kW, and 6 kW operating at 400 V
Tubular dimensions fabricated according to tank immersion depth specifications

BAODA screwplug immersion heaters for liquid tanks

Screwplug immersion heaters from BAODA (Baoda Heating Equipment) install directly into circulation tanks, inline circulation heaters, and pressurized vessels. Heavy-wall 316 stainless steel heating loops ensure responsive thermal dissipation in flowing liquid streams.

Standardized pipe thread connections available in G 1.5 and G 2 inch sizes
Moisture-tight terminal enclosures guarding wiring terminals from vapor
Diverse immersion tube lengths adapted to tank volume and liquid velocity
Equipped with integrated temperature probes and dry-run safety sensor ports

BAODA fluoropolymer immersion heaters for acid etching

Fluoropolymer immersion heaters from BAODA (Baoda Heating Equipment) withstand harsh etching, anodizing, and chrome plating baths. The non-reactive polymer jacket resists nitric, hydrofluoric, and hydrochloric acid solutions under high thermal working conditions.

Seamless chemical-grade PTFE jacket shielding internal heating elements
Complete immunity to hydrofluoric, sulfuric, chromic, and nitric acids
L-shaped and tank-bottom tube profiles tailored to bath geometry constraints
Over-temperature protectors and level sensor integrations avoiding dry heat

BAODA industrial heat exchangers and immersion coils

Heat exchange units from BAODA (Baoda Heating Equipment) include immersion coils and shell-and-tube modules engineered in stainless steel, titanium, and fluoropolymer. They balance bath temperatures and recover thermal energy across closed-loop production circuits.

Fluoropolymer shell-and-tube heat exchangers for corrosive fluid recovery
High-conductance titanium immersion coils for rapid electroplating cooling
Resilient assembly built to handle hydraulic pressure and corrosive chemistry
Heat transfer surface calculation based on fluid parameters and flow velocity

FLS Series industrial flanged immersion heaters engineering

Industrial flanged immersion heaters from BAODA in the FLS series deliver continuous thermal duty in surface finishing and electroplating installations.

Heavy-wall tubular heating elements fabricated in 316 stainless steel or industrial titanium alloy provide robust defense against chemical degradation. The mounting flange assembly undergoes precision machining to maintain leak-tight mating with vessel counter-flanges under varying operating cycles.

Protective terminal enclosure assemblies rated M2 shield electrical terminations from moisture ingress and acidic vapor infiltration, supporting reliable service lifetime throughout manufacturing processes.

Fluoropolymer barrier technology against harsh acid permeation

Flanged heating elements in the FLX product lineup from BAODA integrate continuous high-density fluoropolymer PTFE jacketing over resilient metallic cores.

Heavy-wall seamless fluoropolymer sleeving prevents molecular diffusion of vapor from hydrochloric, nitric, and hydrofluoric acid chemistries toward internal heating elements.

The fluorocarbon barrier maintains mechanical resilience and dielectric performance under sustained thermal loading, minimizing micro-fissure formation.

Engineered compression seals anchor the polymer layer securely to the flange interface, delivering an inert barrier for demanding metal finishing tanks.

Low watt density profiles for concentrated alkaline baths

Immersion tubular heaters from BAODA tailored for alkaline chemical tanks feature low watt density configurations. Spreading electrical wattage over an extended surface heat transfer area limits localized skin temperatures on the sheath.

This configuration prevents thermal decomposition of surfactants, brighteners, and cleaning agents in alkaline cleaning solutions, while eliminating heavy crystalline scaling on heating tubes.

Heaters are configured across 1 kW, 3 kW, 4.5 kW, and 6 kW power steps for 400 V power networks, allowing process engineers to balance thermal input accurately.

Screwplug immersion heating elements in circulation vessels

Screwplug immersion heaters from BAODA provide direct fluid heating across circulation tanks, fluid preheaters, and process loops. Standard pipe connection threads including G 1.5 and G 2 male interfaces mount into tank bosses and threaded ports.

Heating elements fabricated from grade 316 stainless steel are formed in compact hairpins, ensuring rapid heat transfer within tight vessel geometry.

Units incorporate integrated thermowells accommodating capillary thermostats and thermocouple sensors, enabling automated temperature regulation and safety power cutoff.

Chemically inert fluoropolymer heaters in chemical pickling lines

Tubular fluoropolymer heaters from BAODA provide clean heating in electro-polishing, anodizing, and acid pickling operations.

Fluoropolymer materials exhibit chemical neutrality toward sulfuric, nitric, and mixed pickling blends, preventing galvanic reactions and bath contamination from metallic dissolution.

Heaters feature internal support frameworks and sealed non-metallic terminal heads elevated above liquid operating thresholds. Configurations accommodate vertical wall mounting or horizontal bottom placement depending on internal tank flow profiles.

Industrial heat exchangers and titanium immersion coils

Process thermal equipment from BAODA incorporates immersion serpentine coils and shell-and-tube units for temperature control of chemical fluids. Pure titanium serpentine immersion coils provide high thermal transfer efficiency and low fluid resistance, removing exothermic reaction heat rapidly.

Shell-and-tube fluoropolymer heat exchangers recover thermal energy from aggressive chemical effluent streams safely. Surface dimensioning matches fluid thermodynamic properties and plant temperature differentials.

BAODA and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of BAODA and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.