T1-FC001Military Cooling T-Shirt
A hot-climate base layer developed for immediate cooling sensation, quick drying, breathability and unrestricted movement
57.5% Cotton, 38.6% PCM, 3.9% SpandexView specifications ↗
LEADINGPROTECTIVETEMPERATURE-REGULATING APPAREL · OEM / ODM
Manufacturer and product-development partner for PCM cooling apparel, thermal underwear, heated clothing and sleeping systems for defense, law enforcement, industrial and outdoor programs
01 / WHO WE ARE
Shanghai Leading Protective Technology Co., Ltd. is a B2B solutions partner specializing in temperature-regulating textile technologies. We study the real challenges created by severe cold, intense heat and fluctuating body temperature, then translate materials science into products that can be designed, tested and manufactured for professional use.
02 / VERIFIED PRODUCT RANGE
Current product information is drawn from the supplied company product sheet and imagery. Final specification, MOQ and delivery terms are confirmed for each enquiry.
T1-FC001A hot-climate base layer developed for immediate cooling sensation, quick drying, breathability and unrestricted movement
57.5% Cotton, 38.6% PCM, 3.9% SpandexView specifications ↗
T1-FW001A lightweight cold-weather base layer set designed to retain warmth while moving moisture away from the skin
58.5% Acrylic, 18% Rayon, 13.5% PCM, 10% SpandexView specifications ↗
T1-FW002A thermal long-sleeve shirt combining a PCM fabric blend with three-level active heating for on-demand warmth
56% Cotton, 24% PCM, 10% Polyester, 10% SpandexView specifications ↗
T1-FW003A durable utility layer with a high-cotton construction and PCM support for comfortable temperature buffering
70% Cotton, 30% PCMView specifications ↗
T1-FW004A women-specific professional turtleneck developed for wind protection, warmth and a durable training fit
10% PCM Fiber, 7% Mercerized Wool, 32% Anti-Pilling Acrylic, 20% Nylon, 20% Polyester, 6% Tencel, 5% CottonView specifications ↗
T1-FW005A clean professional sweater using PCM and functional fibers to support balanced warmth, softness and breathability
20% PCM, 30% Acrylic, 20% Nylon, 22% Polyester, 8% Mercerized WoolView specifications ↗03 / FIELD REST SYSTEMS
Six supplied sleeping-system configurations extend the product framework from wearable layers to field rest and recovery. Construction, insulation, shell, lining and packaging are configured against the buyer brief.
Explore sleeping systems ↗






04 / MATERIAL PLATFORM
Phase change materials act as thermal buffers by absorbing heat as temperature rises and releasing stored energy as conditions cool. The wider development platform can also include constant-temperature fibers and active heating or cooling fabric technologies, selected according to the application rather than used as a one-size-fits-all claim.
05 / DEVELOPMENT WORKFLOW
Every program begins with the user, environment and technical constraints. The resulting sample becomes a controlled reference for validation and production.

Define user, climate, duty cycle, garment form, target performance, quantity and delivery market
Review PCM, constant-temperature fibers, active heating or cooling technologies and supporting fabrics
Translate the approved direction into fit, construction and functional samples for evaluation
Review durability, washability, thermal cycling, safety requirements and buyer-defined test methods
Move the approved reference into batch-controlled manufacturing with quality checkpoints
Coordinate packaging, documentation, international shipment and repeat-order references
06 / APPLICATIONS
Material, construction and validation are reviewed against the person, duty cycle and environment.
PCM base layers, passive insulation, active heating options and sleeping systems configured around climate, duty cycle and layering strategy
View solution path ↗Temperature-regulating textile concepts developed around skin comfort, moisture management, washability and garment integration
View solution path ↗Wearable microclimate solutions for steel, logistics, outdoor maintenance and other demanding work environments
View solution path ↗Layered thermal garments and configurable sleeping systems for emergency response, field work and outdoor programs
View solution path ↗
07 / OUR PURPOSE
Leading Protective began with a conviction that technology should safeguard human well-being, dignity and safety. The shield represents robust protection, the polar bear represents intelligent thermal regulation, and the orange scarf represents human-centered innovation.
Read our full story ↗08 / KNOWLEDGE CENTER
Concept visualA practical explanation of how phase change materials absorb and release heat inside a textile system
Read article ↗
Concept visualThe key inputs procurement and product teams should prepare before sampling begins
Read article ↗
Product applicationWhy cold-weather programs often combine material-led buffering with powered warmth
Read article ↗09 / PROCUREMENT FAQ
Program-specific values are confirmed in the quotation and technical approval process.
Open the full FAQ ↗Customization can cover thermal base layers, training sweaters, active-heating apparel, sleeping systems and temperature-regulating textile components. The final scope is confirmed after technical review
Please share the product type, application, climate, expected quantity, target market, sizes, colors, branding, packaging and required delivery timing
MOQ depends on the product, fabric, color, component and branding scope. The applicable minimum is confirmed against each enquiry
Yes. Development or pre-production samples can be arranged so the buyer can evaluate material, fit, workmanship and function before approval
Yes. The team can review buyer samples, drawings, bill-of-material requirements or performance briefs and propose a development route